Notation by work
PRISM-1R
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109 symbol spellings in 46 mathematical passages across 3 selected source files. Subscripts and superscripts have their own entries alongside their base symbols.
The same symbol can have several meanings here. A passage classified as a definition may define another part of its expression. Read the linked context before assigning a meaning.
All 109 entries are available below.
+Use in source · 7 passages
Search aliases: +
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 73
[0.12in] LARGEbfseries Implementation and Deployment Blueprint v0.2 [0.18in] large Packet-programmable mixed-representation accelerator [0.05in] large Transformation plane + resolution plane + certificate-gated commit [0.45in] rule0.90linewidth0.8pt [0.28in] 0.88linewidth>bfseriesp1.55inX Baseline · PRISM-1 Final Updated architecture specification Revision · PRISM-1R physicalization and deployment blueprint Deployment target · Golden model rightarrow CUDA rightarrow cycle simulator rightarrow FP…
Exact mathematical passage
0.12in] {\LARGE\bfseries Implementation and Deployment Blueprint v0.2}\\[0.18in] {\large Packet-programmable mixed-representation accelerator}\\[0.05in] {\large Transformation plane + resolution plane + certificate-gated commit}\\[0.45in] \rule{0.90\linewidth}{0.8pt}\\[0.28in] \begin{tabularx}{0.88\linewidth}{>{\bfseries}p{1.55in}X} Baseline & PRISM-1 Final Updated architecture specification \\ Revision & PRISM-1R physicalization and deployment blueprint \\ Deployment target & Golden model $\rightarrow$ CUDA $\rightarrow$ cycle simulator $\rightarrow$ FPGA $\rightarrow$ shuttle chiplet $\rightarrow$ reference chiplet $\rightarrow$ full package \\ Primary rule & Preserve structure. Execute locally. Refine only where evidence requires it. \\ Status & Engineering blueprint. Not fabricated silicon. All frequency, bandwidth, area and power values remain design targets until measured. \\ \end{tabularx} \vfill {\large Komorebi P.}\par \vspace{0.08in} {\small Implementation handoff draft v0.2}\par \end{center} \newpage \tableofcontents \newpage % ----------------------------------------------------------------------------- \section{Purpose and Deployment Philosophy} PRISM-1R converts the existing PRISM architecture into an implementation program. The objective is not to freeze every circuit choice prematurely. The objective is to freeze the \emph{semantic contracts} that software, simulation, FPGA and ASIC implementations must share, while keeping physical parameters adjustable until measurement and synthesis justify them. The architecture is organized around one principle: \[ \boxed{\text{Do not materialize, move, or schedule structure already declared inactive.}}
=Use in source · 9 passages
Search aliases: =
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 222
Each mutable packet family carries a generation number g. A command records the generation it consumed. Refinement increments g for the affected family. A provisional result may commit only if g_rm consumed=g_rm current.
Exact mathematical passage
\boxed{g_{\rm consumed}=g_{\rm current}.}
AUse in source · 3 passages
Search aliases: A
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 73
[0.12in] LARGEbfseries Implementation and Deployment Blueprint v0.2 [0.18in] large Packet-programmable mixed-representation accelerator [0.05in] large Transformation plane + resolution plane + certificate-gated commit [0.45in] rule0.90linewidth0.8pt [0.28in] 0.88linewidth>bfseriesp1.55inX Baseline · PRISM-1 Final Updated architecture specification Revision · PRISM-1R physicalization and deployment blueprint Deployment target · Golden model rightarrow CUDA rightarrow cycle simulator rightarrow FP…
Exact mathematical passage
0.12in] {\LARGE\bfseries Implementation and Deployment Blueprint v0.2}\\[0.18in] {\large Packet-programmable mixed-representation accelerator}\\[0.05in] {\large Transformation plane + resolution plane + certificate-gated commit}\\[0.45in] \rule{0.90\linewidth}{0.8pt}\\[0.28in] \begin{tabularx}{0.88\linewidth}{>{\bfseries}p{1.55in}X} Baseline & PRISM-1 Final Updated architecture specification \\ Revision & PRISM-1R physicalization and deployment blueprint \\ Deployment target & Golden model $\rightarrow$ CUDA $\rightarrow$ cycle simulator $\rightarrow$ FPGA $\rightarrow$ shuttle chiplet $\rightarrow$ reference chiplet $\rightarrow$ full package \\ Primary rule & Preserve structure. Execute locally. Refine only where evidence requires it. \\ Status & Engineering blueprint. Not fabricated silicon. All frequency, bandwidth, area and power values remain design targets until measured. \\ \end{tabularx} \vfill {\large Komorebi P.}\par \vspace{0.08in} {\small Implementation handoff draft v0.2}\par \end{center} \newpage \tableofcontents \newpage % ----------------------------------------------------------------------------- \section{Purpose and Deployment Philosophy} PRISM-1R converts the existing PRISM architecture into an implementation program. The objective is not to freeze every circuit choice prematurely. The objective is to freeze the \emph{semantic contracts} that software, simulation, FPGA and ASIC implementations must share, while keeping physical parameters adjustable until measurement and synthesis justify them. The architecture is organized around one principle: \[ \boxed{\text{Do not materialize, move, or schedule structure already declared inactive.}}
aUse in source · 3 passages
Search aliases: a
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 73
[0.12in] LARGEbfseries Implementation and Deployment Blueprint v0.2 [0.18in] large Packet-programmable mixed-representation accelerator [0.05in] large Transformation plane + resolution plane + certificate-gated commit [0.45in] rule0.90linewidth0.8pt [0.28in] 0.88linewidth>bfseriesp1.55inX Baseline · PRISM-1 Final Updated architecture specification Revision · PRISM-1R physicalization and deployment blueprint Deployment target · Golden model rightarrow CUDA rightarrow cycle simulator rightarrow FP…
Exact mathematical passage
0.12in] {\LARGE\bfseries Implementation and Deployment Blueprint v0.2}\\[0.18in] {\large Packet-programmable mixed-representation accelerator}\\[0.05in] {\large Transformation plane + resolution plane + certificate-gated commit}\\[0.45in] \rule{0.90\linewidth}{0.8pt}\\[0.28in] \begin{tabularx}{0.88\linewidth}{>{\bfseries}p{1.55in}X} Baseline & PRISM-1 Final Updated architecture specification \\ Revision & PRISM-1R physicalization and deployment blueprint \\ Deployment target & Golden model $\rightarrow$ CUDA $\rightarrow$ cycle simulator $\rightarrow$ FPGA $\rightarrow$ shuttle chiplet $\rightarrow$ reference chiplet $\rightarrow$ full package \\ Primary rule & Preserve structure. Execute locally. Refine only where evidence requires it. \\ Status & Engineering blueprint. Not fabricated silicon. All frequency, bandwidth, area and power values remain design targets until measured. \\ \end{tabularx} \vfill {\large Komorebi P.}\par \vspace{0.08in} {\small Implementation handoff draft v0.2}\par \end{center} \newpage \tableofcontents \newpage % ----------------------------------------------------------------------------- \section{Purpose and Deployment Philosophy} PRISM-1R converts the existing PRISM architecture into an implementation program. The objective is not to freeze every circuit choice prematurely. The objective is to freeze the \emph{semantic contracts} that software, simulation, FPGA and ASIC implementations must share, while keeping physical parameters adjustable until measurement and synthesis justify them. The architecture is organized around one principle: \[ \boxed{\text{Do not materialize, move, or schedule structure already declared inactive.}}
BUse in source · 4 passages
Search aliases: B
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 73
[0.12in] LARGEbfseries Implementation and Deployment Blueprint v0.2 [0.18in] large Packet-programmable mixed-representation accelerator [0.05in] large Transformation plane + resolution plane + certificate-gated commit [0.45in] rule0.90linewidth0.8pt [0.28in] 0.88linewidth>bfseriesp1.55inX Baseline · PRISM-1 Final Updated architecture specification Revision · PRISM-1R physicalization and deployment blueprint Deployment target · Golden model rightarrow CUDA rightarrow cycle simulator rightarrow FP…
Exact mathematical passage
0.12in] {\LARGE\bfseries Implementation and Deployment Blueprint v0.2}\\[0.18in] {\large Packet-programmable mixed-representation accelerator}\\[0.05in] {\large Transformation plane + resolution plane + certificate-gated commit}\\[0.45in] \rule{0.90\linewidth}{0.8pt}\\[0.28in] \begin{tabularx}{0.88\linewidth}{>{\bfseries}p{1.55in}X} Baseline & PRISM-1 Final Updated architecture specification \\ Revision & PRISM-1R physicalization and deployment blueprint \\ Deployment target & Golden model $\rightarrow$ CUDA $\rightarrow$ cycle simulator $\rightarrow$ FPGA $\rightarrow$ shuttle chiplet $\rightarrow$ reference chiplet $\rightarrow$ full package \\ Primary rule & Preserve structure. Execute locally. Refine only where evidence requires it. \\ Status & Engineering blueprint. Not fabricated silicon. All frequency, bandwidth, area and power values remain design targets until measured. \\ \end{tabularx} \vfill {\large Komorebi P.}\par \vspace{0.08in} {\small Implementation handoff draft v0.2}\par \end{center} \newpage \tableofcontents \newpage % ----------------------------------------------------------------------------- \section{Purpose and Deployment Philosophy} PRISM-1R converts the existing PRISM architecture into an implementation program. The objective is not to freeze every circuit choice prematurely. The objective is to freeze the \emph{semantic contracts} that software, simulation, FPGA and ASIC implementations must share, while keeping physical parameters adjustable until measurement and synthesis justify them. The architecture is organized around one principle: \[ \boxed{\text{Do not materialize, move, or schedule structure already declared inactive.}}
bUse in source · 2 passages
Search aliases: b
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 73
[0.12in] LARGEbfseries Implementation and Deployment Blueprint v0.2 [0.18in] large Packet-programmable mixed-representation accelerator [0.05in] large Transformation plane + resolution plane + certificate-gated commit [0.45in] rule0.90linewidth0.8pt [0.28in] 0.88linewidth>bfseriesp1.55inX Baseline · PRISM-1 Final Updated architecture specification Revision · PRISM-1R physicalization and deployment blueprint Deployment target · Golden model rightarrow CUDA rightarrow cycle simulator rightarrow FP…
Exact mathematical passage
0.12in] {\LARGE\bfseries Implementation and Deployment Blueprint v0.2}\\[0.18in] {\large Packet-programmable mixed-representation accelerator}\\[0.05in] {\large Transformation plane + resolution plane + certificate-gated commit}\\[0.45in] \rule{0.90\linewidth}{0.8pt}\\[0.28in] \begin{tabularx}{0.88\linewidth}{>{\bfseries}p{1.55in}X} Baseline & PRISM-1 Final Updated architecture specification \\ Revision & PRISM-1R physicalization and deployment blueprint \\ Deployment target & Golden model $\rightarrow$ CUDA $\rightarrow$ cycle simulator $\rightarrow$ FPGA $\rightarrow$ shuttle chiplet $\rightarrow$ reference chiplet $\rightarrow$ full package \\ Primary rule & Preserve structure. Execute locally. Refine only where evidence requires it. \\ Status & Engineering blueprint. Not fabricated silicon. All frequency, bandwidth, area and power values remain design targets until measured. \\ \end{tabularx} \vfill {\large Komorebi P.}\par \vspace{0.08in} {\small Implementation handoff draft v0.2}\par \end{center} \newpage \tableofcontents \newpage % ----------------------------------------------------------------------------- \section{Purpose and Deployment Philosophy} PRISM-1R converts the existing PRISM architecture into an implementation program. The objective is not to freeze every circuit choice prematurely. The objective is to freeze the \emph{semantic contracts} that software, simulation, FPGA and ASIC implementations must share, while keeping physical parameters adjustable until measurement and synthesis justify them. The architecture is organized around one principle: \[ \boxed{\text{Do not materialize, move, or schedule structure already declared inactive.}}
B_{\rm HBM}Use in source · 2 passages
Search aliases: B_rm HBM rm
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 453
The PRISM-1R planner should minimize a physicalized cost rather than arithmetic alone: C(G)= α F +β B_rm HBM +γ B_rm SRAM +δ H_rm NoC +η L_rm sync +κ C_rm cert +ρ E[C_rm replay].
Exact mathematical passage
C(G)= \alpha F +\beta B_{\rm HBM} +\gamma B_{\rm SRAM} +\delta H_{\rm NoC} +\eta L_{\rm sync} +\kappa C_{\rm cert} +\rho\,\mathbb E[C_{\rm replay}].
B_{\rm SRAM}Use in source · 2 passages
Search aliases: B_rm SRAM rm
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 453
The PRISM-1R planner should minimize a physicalized cost rather than arithmetic alone: C(G)= α F +β B_rm HBM +γ B_rm SRAM +δ H_rm NoC +η L_rm sync +κ C_rm cert +ρ E[C_rm replay].
Exact mathematical passage
C(G)= \alpha F +\beta B_{\rm HBM} +\gamma B_{\rm SRAM} +\delta H_{\rm NoC} +\eta L_{\rm sync} +\kappa C_{\rm cert} +\rho\,\mathbb E[C_{\rm replay}].
\operatorname{bank}Use in source · 1 passage
Search aliases: bank operatorname
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 898
A prototype mapping may use a configurable XOR swizzle, bank(w)= (w_3:0⊕ w_7:4⊕ h(P))bmod 16, where w is the local word index and h(P) is a four-bit packet/phase hash. This is an implementation policy, not part of the mathematical contract, and should be replaced if FPGA counters show worse behavior for target transforms.
Exact mathematical passage
\operatorname{bank}(w)= \bigl(w_{3:0}\oplus w_{7:4}\oplus h(P)\bigr)\bmod 16,
\bfseriesUse in source · 1 passage
Search aliases: bfseries
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 73
[0.12in] LARGEbfseries Implementation and Deployment Blueprint v0.2 [0.18in] large Packet-programmable mixed-representation accelerator [0.05in] large Transformation plane + resolution plane + certificate-gated commit [0.45in] rule0.90linewidth0.8pt [0.28in] 0.88linewidth>bfseriesp1.55inX Baseline · PRISM-1 Final Updated architecture specification Revision · PRISM-1R physicalization and deployment blueprint Deployment target · Golden model rightarrow CUDA rightarrow cycle simulator rightarrow FP…
Exact mathematical passage
0.12in] {\LARGE\bfseries Implementation and Deployment Blueprint v0.2}\\[0.18in] {\large Packet-programmable mixed-representation accelerator}\\[0.05in] {\large Transformation plane + resolution plane + certificate-gated commit}\\[0.45in] \rule{0.90\linewidth}{0.8pt}\\[0.28in] \begin{tabularx}{0.88\linewidth}{>{\bfseries}p{1.55in}X} Baseline & PRISM-1 Final Updated architecture specification \\ Revision & PRISM-1R physicalization and deployment blueprint \\ Deployment target & Golden model $\rightarrow$ CUDA $\rightarrow$ cycle simulator $\rightarrow$ FPGA $\rightarrow$ shuttle chiplet $\rightarrow$ reference chiplet $\rightarrow$ full package \\ Primary rule & Preserve structure. Execute locally. Refine only where evidence requires it. \\ Status & Engineering blueprint. Not fabricated silicon. All frequency, bandwidth, area and power values remain design targets until measured. \\ \end{tabularx} \vfill {\large Komorebi P.}\par \vspace{0.08in} {\small Implementation handoff draft v0.2}\par \end{center} \newpage \tableofcontents \newpage % ----------------------------------------------------------------------------- \section{Purpose and Deployment Philosophy} PRISM-1R converts the existing PRISM architecture into an implementation program. The objective is not to freeze every circuit choice prematurely. The objective is to freeze the \emph{semantic contracts} that software, simulation, FPGA and ASIC implementations must share, while keeping physical parameters adjustable until measurement and synthesis justify them. The architecture is organized around one principle: \[ \boxed{\text{Do not materialize, move, or schedule structure already declared inactive.}}
\bmodUse in source · 1 passage
Search aliases: bmod
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 898
A prototype mapping may use a configurable XOR swizzle, bank(w)= (w_3:0⊕ w_7:4⊕ h(P))bmod 16, where w is the local word index and h(P) is a four-bit packet/phase hash. This is an implementation policy, not part of the mathematical contract, and should be replaced if FPGA counters show worse behavior for target transforms.
Exact mathematical passage
\operatorname{bank}(w)= \bigl(w_{3:0}\oplus w_{7:4}\oplus h(P)\bigr)\bmod 16,
\operatorname{bytes}Use in source · 1 passage
Search aliases: bytes operatorname
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 348
The placement objective is not merely minimum latency. It is minimum structured movement: min ∑_e∈ E bytes(e)×hops(e).
Exact mathematical passage
\min \sum_{e\in E} \operatorname{bytes}(e)\times\operatorname{hops}(e).
CUse in source · 4 passages
Search aliases: C
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 73
[0.12in] LARGEbfseries Implementation and Deployment Blueprint v0.2 [0.18in] large Packet-programmable mixed-representation accelerator [0.05in] large Transformation plane + resolution plane + certificate-gated commit [0.45in] rule0.90linewidth0.8pt [0.28in] 0.88linewidth>bfseriesp1.55inX Baseline · PRISM-1 Final Updated architecture specification Revision · PRISM-1R physicalization and deployment blueprint Deployment target · Golden model rightarrow CUDA rightarrow cycle simulator rightarrow FP…
Exact mathematical passage
0.12in] {\LARGE\bfseries Implementation and Deployment Blueprint v0.2}\\[0.18in] {\large Packet-programmable mixed-representation accelerator}\\[0.05in] {\large Transformation plane + resolution plane + certificate-gated commit}\\[0.45in] \rule{0.90\linewidth}{0.8pt}\\[0.28in] \begin{tabularx}{0.88\linewidth}{>{\bfseries}p{1.55in}X} Baseline & PRISM-1 Final Updated architecture specification \\ Revision & PRISM-1R physicalization and deployment blueprint \\ Deployment target & Golden model $\rightarrow$ CUDA $\rightarrow$ cycle simulator $\rightarrow$ FPGA $\rightarrow$ shuttle chiplet $\rightarrow$ reference chiplet $\rightarrow$ full package \\ Primary rule & Preserve structure. Execute locally. Refine only where evidence requires it. \\ Status & Engineering blueprint. Not fabricated silicon. All frequency, bandwidth, area and power values remain design targets until measured. \\ \end{tabularx} \vfill {\large Komorebi P.}\par \vspace{0.08in} {\small Implementation handoff draft v0.2}\par \end{center} \newpage \tableofcontents \newpage % ----------------------------------------------------------------------------- \section{Purpose and Deployment Philosophy} PRISM-1R converts the existing PRISM architecture into an implementation program. The objective is not to freeze every circuit choice prematurely. The objective is to freeze the \emph{semantic contracts} that software, simulation, FPGA and ASIC implementations must share, while keeping physical parameters adjustable until measurement and synthesis justify them. The architecture is organized around one principle: \[ \boxed{\text{Do not materialize, move, or schedule structure already declared inactive.}}
cUse in source · 7 passages
Search aliases: c
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 73
[0.12in] LARGEbfseries Implementation and Deployment Blueprint v0.2 [0.18in] large Packet-programmable mixed-representation accelerator [0.05in] large Transformation plane + resolution plane + certificate-gated commit [0.45in] rule0.90linewidth0.8pt [0.28in] 0.88linewidth>bfseriesp1.55inX Baseline · PRISM-1 Final Updated architecture specification Revision · PRISM-1R physicalization and deployment blueprint Deployment target · Golden model rightarrow CUDA rightarrow cycle simulator rightarrow FP…
Exact mathematical passage
0.12in] {\LARGE\bfseries Implementation and Deployment Blueprint v0.2}\\[0.18in] {\large Packet-programmable mixed-representation accelerator}\\[0.05in] {\large Transformation plane + resolution plane + certificate-gated commit}\\[0.45in] \rule{0.90\linewidth}{0.8pt}\\[0.28in] \begin{tabularx}{0.88\linewidth}{>{\bfseries}p{1.55in}X} Baseline & PRISM-1 Final Updated architecture specification \\ Revision & PRISM-1R physicalization and deployment blueprint \\ Deployment target & Golden model $\rightarrow$ CUDA $\rightarrow$ cycle simulator $\rightarrow$ FPGA $\rightarrow$ shuttle chiplet $\rightarrow$ reference chiplet $\rightarrow$ full package \\ Primary rule & Preserve structure. Execute locally. Refine only where evidence requires it. \\ Status & Engineering blueprint. Not fabricated silicon. All frequency, bandwidth, area and power values remain design targets until measured. \\ \end{tabularx} \vfill {\large Komorebi P.}\par \vspace{0.08in} {\small Implementation handoff draft v0.2}\par \end{center} \newpage \tableofcontents \newpage % ----------------------------------------------------------------------------- \section{Purpose and Deployment Philosophy} PRISM-1R converts the existing PRISM architecture into an implementation program. The objective is not to freeze every circuit choice prematurely. The objective is to freeze the \emph{semantic contracts} that software, simulation, FPGA and ASIC implementations must share, while keeping physical parameters adjustable until measurement and synthesis justify them. The architecture is organized around one principle: \[ \boxed{\text{Do not materialize, move, or schedule structure already declared inactive.}}
C_{\rm cert}Use in source · 2 passages
Search aliases: C_rm cert rm
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 453
The PRISM-1R planner should minimize a physicalized cost rather than arithmetic alone: C(G)= α F +β B_rm HBM +γ B_rm SRAM +δ H_rm NoC +η L_rm sync +κ C_rm cert +ρ E[C_rm replay].
Exact mathematical passage
C(G)= \alpha F +\beta B_{\rm HBM} +\gamma B_{\rm SRAM} +\delta H_{\rm NoC} +\eta L_{\rm sync} +\kappa C_{\rm cert} +\rho\,\mathbb E[C_{\rm replay}].
C_{\rm replay}Use in source · 1 passage
Search aliases: C_rm replay rm
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 453
The PRISM-1R planner should minimize a physicalized cost rather than arithmetic alone: C(G)= α F +β B_rm HBM +γ B_rm SRAM +δ H_rm NoC +η L_rm sync +κ C_rm cert +ρ E[C_rm replay].
Exact mathematical passage
C(G)= \alpha F +\beta B_{\rm HBM} +\gamma B_{\rm SRAM} +\delta H_{\rm NoC} +\eta L_{\rm sync} +\kappa C_{\rm cert} +\rho\,\mathbb E[C_{\rm replay}].
DUse in source · 1 passage
Search aliases: D
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 73
[0.12in] LARGEbfseries Implementation and Deployment Blueprint v0.2 [0.18in] large Packet-programmable mixed-representation accelerator [0.05in] large Transformation plane + resolution plane + certificate-gated commit [0.45in] rule0.90linewidth0.8pt [0.28in] 0.88linewidth>bfseriesp1.55inX Baseline · PRISM-1 Final Updated architecture specification Revision · PRISM-1R physicalization and deployment blueprint Deployment target · Golden model rightarrow CUDA rightarrow cycle simulator rightarrow FP…
Exact mathematical passage
0.12in] {\LARGE\bfseries Implementation and Deployment Blueprint v0.2}\\[0.18in] {\large Packet-programmable mixed-representation accelerator}\\[0.05in] {\large Transformation plane + resolution plane + certificate-gated commit}\\[0.45in] \rule{0.90\linewidth}{0.8pt}\\[0.28in] \begin{tabularx}{0.88\linewidth}{>{\bfseries}p{1.55in}X} Baseline & PRISM-1 Final Updated architecture specification \\ Revision & PRISM-1R physicalization and deployment blueprint \\ Deployment target & Golden model $\rightarrow$ CUDA $\rightarrow$ cycle simulator $\rightarrow$ FPGA $\rightarrow$ shuttle chiplet $\rightarrow$ reference chiplet $\rightarrow$ full package \\ Primary rule & Preserve structure. Execute locally. Refine only where evidence requires it. \\ Status & Engineering blueprint. Not fabricated silicon. All frequency, bandwidth, area and power values remain design targets until measured. \\ \end{tabularx} \vfill {\large Komorebi P.}\par \vspace{0.08in} {\small Implementation handoff draft v0.2}\par \end{center} \newpage \tableofcontents \newpage % ----------------------------------------------------------------------------- \section{Purpose and Deployment Philosophy} PRISM-1R converts the existing PRISM architecture into an implementation program. The objective is not to freeze every circuit choice prematurely. The objective is to freeze the \emph{semantic contracts} that software, simulation, FPGA and ASIC implementations must share, while keeping physical parameters adjustable until measurement and synthesis justify them. The architecture is organized around one principle: \[ \boxed{\text{Do not materialize, move, or schedule structure already declared inactive.}}
dUse in source · 4 passages
Search aliases: d
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 73
[0.12in] LARGEbfseries Implementation and Deployment Blueprint v0.2 [0.18in] large Packet-programmable mixed-representation accelerator [0.05in] large Transformation plane + resolution plane + certificate-gated commit [0.45in] rule0.90linewidth0.8pt [0.28in] 0.88linewidth>bfseriesp1.55inX Baseline · PRISM-1 Final Updated architecture specification Revision · PRISM-1R physicalization and deployment blueprint Deployment target · Golden model rightarrow CUDA rightarrow cycle simulator rightarrow FP…
Exact mathematical passage
0.12in] {\LARGE\bfseries Implementation and Deployment Blueprint v0.2}\\[0.18in] {\large Packet-programmable mixed-representation accelerator}\\[0.05in] {\large Transformation plane + resolution plane + certificate-gated commit}\\[0.45in] \rule{0.90\linewidth}{0.8pt}\\[0.28in] \begin{tabularx}{0.88\linewidth}{>{\bfseries}p{1.55in}X} Baseline & PRISM-1 Final Updated architecture specification \\ Revision & PRISM-1R physicalization and deployment blueprint \\ Deployment target & Golden model $\rightarrow$ CUDA $\rightarrow$ cycle simulator $\rightarrow$ FPGA $\rightarrow$ shuttle chiplet $\rightarrow$ reference chiplet $\rightarrow$ full package \\ Primary rule & Preserve structure. Execute locally. Refine only where evidence requires it. \\ Status & Engineering blueprint. Not fabricated silicon. All frequency, bandwidth, area and power values remain design targets until measured. \\ \end{tabularx} \vfill {\large Komorebi P.}\par \vspace{0.08in} {\small Implementation handoff draft v0.2}\par \end{center} \newpage \tableofcontents \newpage % ----------------------------------------------------------------------------- \section{Purpose and Deployment Philosophy} PRISM-1R converts the existing PRISM architecture into an implementation program. The objective is not to freeze every circuit choice prematurely. The objective is to freeze the \emph{semantic contracts} that software, simulation, FPGA and ASIC implementations must share, while keeping physical parameters adjustable until measurement and synthesis justify them. The architecture is organized around one principle: \[ \boxed{\text{Do not materialize, move, or schedule structure already declared inactive.}}
EUse in source · 2 passages
Search aliases: E
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 73
[0.12in] LARGEbfseries Implementation and Deployment Blueprint v0.2 [0.18in] large Packet-programmable mixed-representation accelerator [0.05in] large Transformation plane + resolution plane + certificate-gated commit [0.45in] rule0.90linewidth0.8pt [0.28in] 0.88linewidth>bfseriesp1.55inX Baseline · PRISM-1 Final Updated architecture specification Revision · PRISM-1R physicalization and deployment blueprint Deployment target · Golden model rightarrow CUDA rightarrow cycle simulator rightarrow FP…
Exact mathematical passage
0.12in] {\LARGE\bfseries Implementation and Deployment Blueprint v0.2}\\[0.18in] {\large Packet-programmable mixed-representation accelerator}\\[0.05in] {\large Transformation plane + resolution plane + certificate-gated commit}\\[0.45in] \rule{0.90\linewidth}{0.8pt}\\[0.28in] \begin{tabularx}{0.88\linewidth}{>{\bfseries}p{1.55in}X} Baseline & PRISM-1 Final Updated architecture specification \\ Revision & PRISM-1R physicalization and deployment blueprint \\ Deployment target & Golden model $\rightarrow$ CUDA $\rightarrow$ cycle simulator $\rightarrow$ FPGA $\rightarrow$ shuttle chiplet $\rightarrow$ reference chiplet $\rightarrow$ full package \\ Primary rule & Preserve structure. Execute locally. Refine only where evidence requires it. \\ Status & Engineering blueprint. Not fabricated silicon. All frequency, bandwidth, area and power values remain design targets until measured. \\ \end{tabularx} \vfill {\large Komorebi P.}\par \vspace{0.08in} {\small Implementation handoff draft v0.2}\par \end{center} \newpage \tableofcontents \newpage % ----------------------------------------------------------------------------- \section{Purpose and Deployment Philosophy} PRISM-1R converts the existing PRISM architecture into an implementation program. The objective is not to freeze every circuit choice prematurely. The objective is to freeze the \emph{semantic contracts} that software, simulation, FPGA and ASIC implementations must share, while keeping physical parameters adjustable until measurement and synthesis justify them. The architecture is organized around one principle: \[ \boxed{\text{Do not materialize, move, or schedule structure already declared inactive.}}
\mathbb EUse in source · 1 passage
Search aliases: E mathbb
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 453
The PRISM-1R planner should minimize a physicalized cost rather than arithmetic alone: C(G)= α F +β B_rm HBM +γ B_rm SRAM +δ H_rm NoC +η L_rm sync +κ C_rm cert +ρ E[C_rm replay].
Exact mathematical passage
C(G)= \alpha F +\beta B_{\rm HBM} +\gamma B_{\rm SRAM} +\delta H_{\rm NoC} +\eta L_{\rm sync} +\kappa C_{\rm cert} +\rho\,\mathbb E[C_{\rm replay}].
eUse in source · 7 passages
Search aliases: e
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 73
[0.12in] LARGEbfseries Implementation and Deployment Blueprint v0.2 [0.18in] large Packet-programmable mixed-representation accelerator [0.05in] large Transformation plane + resolution plane + certificate-gated commit [0.45in] rule0.90linewidth0.8pt [0.28in] 0.88linewidth>bfseriesp1.55inX Baseline · PRISM-1 Final Updated architecture specification Revision · PRISM-1R physicalization and deployment blueprint Deployment target · Golden model rightarrow CUDA rightarrow cycle simulator rightarrow FP…
Exact mathematical passage
0.12in] {\LARGE\bfseries Implementation and Deployment Blueprint v0.2}\\[0.18in] {\large Packet-programmable mixed-representation accelerator}\\[0.05in] {\large Transformation plane + resolution plane + certificate-gated commit}\\[0.45in] \rule{0.90\linewidth}{0.8pt}\\[0.28in] \begin{tabularx}{0.88\linewidth}{>{\bfseries}p{1.55in}X} Baseline & PRISM-1 Final Updated architecture specification \\ Revision & PRISM-1R physicalization and deployment blueprint \\ Deployment target & Golden model $\rightarrow$ CUDA $\rightarrow$ cycle simulator $\rightarrow$ FPGA $\rightarrow$ shuttle chiplet $\rightarrow$ reference chiplet $\rightarrow$ full package \\ Primary rule & Preserve structure. Execute locally. Refine only where evidence requires it. \\ Status & Engineering blueprint. Not fabricated silicon. All frequency, bandwidth, area and power values remain design targets until measured. \\ \end{tabularx} \vfill {\large Komorebi P.}\par \vspace{0.08in} {\small Implementation handoff draft v0.2}\par \end{center} \newpage \tableofcontents \newpage % ----------------------------------------------------------------------------- \section{Purpose and Deployment Philosophy} PRISM-1R converts the existing PRISM architecture into an implementation program. The objective is not to freeze every circuit choice prematurely. The objective is to freeze the \emph{semantic contracts} that software, simulation, FPGA and ASIC implementations must share, while keeping physical parameters adjustable until measurement and synthesis justify them. The architecture is organized around one principle: \[ \boxed{\text{Do not materialize, move, or schedule structure already declared inactive.}}
FUse in source · 3 passages
Search aliases: F
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 73
[0.12in] LARGEbfseries Implementation and Deployment Blueprint v0.2 [0.18in] large Packet-programmable mixed-representation accelerator [0.05in] large Transformation plane + resolution plane + certificate-gated commit [0.45in] rule0.90linewidth0.8pt [0.28in] 0.88linewidth>bfseriesp1.55inX Baseline · PRISM-1 Final Updated architecture specification Revision · PRISM-1R physicalization and deployment blueprint Deployment target · Golden model rightarrow CUDA rightarrow cycle simulator rightarrow FP…
Exact mathematical passage
0.12in] {\LARGE\bfseries Implementation and Deployment Blueprint v0.2}\\[0.18in] {\large Packet-programmable mixed-representation accelerator}\\[0.05in] {\large Transformation plane + resolution plane + certificate-gated commit}\\[0.45in] \rule{0.90\linewidth}{0.8pt}\\[0.28in] \begin{tabularx}{0.88\linewidth}{>{\bfseries}p{1.55in}X} Baseline & PRISM-1 Final Updated architecture specification \\ Revision & PRISM-1R physicalization and deployment blueprint \\ Deployment target & Golden model $\rightarrow$ CUDA $\rightarrow$ cycle simulator $\rightarrow$ FPGA $\rightarrow$ shuttle chiplet $\rightarrow$ reference chiplet $\rightarrow$ full package \\ Primary rule & Preserve structure. Execute locally. Refine only where evidence requires it. \\ Status & Engineering blueprint. Not fabricated silicon. All frequency, bandwidth, area and power values remain design targets until measured. \\ \end{tabularx} \vfill {\large Komorebi P.}\par \vspace{0.08in} {\small Implementation handoff draft v0.2}\par \end{center} \newpage \tableofcontents \newpage % ----------------------------------------------------------------------------- \section{Purpose and Deployment Philosophy} PRISM-1R converts the existing PRISM architecture into an implementation program. The objective is not to freeze every circuit choice prematurely. The objective is to freeze the \emph{semantic contracts} that software, simulation, FPGA and ASIC implementations must share, while keeping physical parameters adjustable until measurement and synthesis justify them. The architecture is organized around one principle: \[ \boxed{\text{Do not materialize, move, or schedule structure already declared inactive.}}
fUse in source · 1 passage
Search aliases: f
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 73
[0.12in] LARGEbfseries Implementation and Deployment Blueprint v0.2 [0.18in] large Packet-programmable mixed-representation accelerator [0.05in] large Transformation plane + resolution plane + certificate-gated commit [0.45in] rule0.90linewidth0.8pt [0.28in] 0.88linewidth>bfseriesp1.55inX Baseline · PRISM-1 Final Updated architecture specification Revision · PRISM-1R physicalization and deployment blueprint Deployment target · Golden model rightarrow CUDA rightarrow cycle simulator rightarrow FP…
Exact mathematical passage
0.12in] {\LARGE\bfseries Implementation and Deployment Blueprint v0.2}\\[0.18in] {\large Packet-programmable mixed-representation accelerator}\\[0.05in] {\large Transformation plane + resolution plane + certificate-gated commit}\\[0.45in] \rule{0.90\linewidth}{0.8pt}\\[0.28in] \begin{tabularx}{0.88\linewidth}{>{\bfseries}p{1.55in}X} Baseline & PRISM-1 Final Updated architecture specification \\ Revision & PRISM-1R physicalization and deployment blueprint \\ Deployment target & Golden model $\rightarrow$ CUDA $\rightarrow$ cycle simulator $\rightarrow$ FPGA $\rightarrow$ shuttle chiplet $\rightarrow$ reference chiplet $\rightarrow$ full package \\ Primary rule & Preserve structure. Execute locally. Refine only where evidence requires it. \\ Status & Engineering blueprint. Not fabricated silicon. All frequency, bandwidth, area and power values remain design targets until measured. \\ \end{tabularx} \vfill {\large Komorebi P.}\par \vspace{0.08in} {\small Implementation handoff draft v0.2}\par \end{center} \newpage \tableofcontents \newpage % ----------------------------------------------------------------------------- \section{Purpose and Deployment Philosophy} PRISM-1R converts the existing PRISM architecture into an implementation program. The objective is not to freeze every circuit choice prematurely. The objective is to freeze the \emph{semantic contracts} that software, simulation, FPGA and ASIC implementations must share, while keeping physical parameters adjustable until measurement and synthesis justify them. The architecture is organized around one principle: \[ \boxed{\text{Do not materialize, move, or schedule structure already declared inactive.}}
GUse in source · 2 passages
Search aliases: G
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 73
[0.12in] LARGEbfseries Implementation and Deployment Blueprint v0.2 [0.18in] large Packet-programmable mixed-representation accelerator [0.05in] large Transformation plane + resolution plane + certificate-gated commit [0.45in] rule0.90linewidth0.8pt [0.28in] 0.88linewidth>bfseriesp1.55inX Baseline · PRISM-1 Final Updated architecture specification Revision · PRISM-1R physicalization and deployment blueprint Deployment target · Golden model rightarrow CUDA rightarrow cycle simulator rightarrow FP…
Exact mathematical passage
0.12in] {\LARGE\bfseries Implementation and Deployment Blueprint v0.2}\\[0.18in] {\large Packet-programmable mixed-representation accelerator}\\[0.05in] {\large Transformation plane + resolution plane + certificate-gated commit}\\[0.45in] \rule{0.90\linewidth}{0.8pt}\\[0.28in] \begin{tabularx}{0.88\linewidth}{>{\bfseries}p{1.55in}X} Baseline & PRISM-1 Final Updated architecture specification \\ Revision & PRISM-1R physicalization and deployment blueprint \\ Deployment target & Golden model $\rightarrow$ CUDA $\rightarrow$ cycle simulator $\rightarrow$ FPGA $\rightarrow$ shuttle chiplet $\rightarrow$ reference chiplet $\rightarrow$ full package \\ Primary rule & Preserve structure. Execute locally. Refine only where evidence requires it. \\ Status & Engineering blueprint. Not fabricated silicon. All frequency, bandwidth, area and power values remain design targets until measured. \\ \end{tabularx} \vfill {\large Komorebi P.}\par \vspace{0.08in} {\small Implementation handoff draft v0.2}\par \end{center} \newpage \tableofcontents \newpage % ----------------------------------------------------------------------------- \section{Purpose and Deployment Philosophy} PRISM-1R converts the existing PRISM architecture into an implementation program. The objective is not to freeze every circuit choice prematurely. The objective is to freeze the \emph{semantic contracts} that software, simulation, FPGA and ASIC implementations must share, while keeping physical parameters adjustable until measurement and synthesis justify them. The architecture is organized around one principle: \[ \boxed{\text{Do not materialize, move, or schedule structure already declared inactive.}}
gUse in source · 5 passages
Search aliases: g
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 73
[0.12in] LARGEbfseries Implementation and Deployment Blueprint v0.2 [0.18in] large Packet-programmable mixed-representation accelerator [0.05in] large Transformation plane + resolution plane + certificate-gated commit [0.45in] rule0.90linewidth0.8pt [0.28in] 0.88linewidth>bfseriesp1.55inX Baseline · PRISM-1 Final Updated architecture specification Revision · PRISM-1R physicalization and deployment blueprint Deployment target · Golden model rightarrow CUDA rightarrow cycle simulator rightarrow FP…
Exact mathematical passage
0.12in] {\LARGE\bfseries Implementation and Deployment Blueprint v0.2}\\[0.18in] {\large Packet-programmable mixed-representation accelerator}\\[0.05in] {\large Transformation plane + resolution plane + certificate-gated commit}\\[0.45in] \rule{0.90\linewidth}{0.8pt}\\[0.28in] \begin{tabularx}{0.88\linewidth}{>{\bfseries}p{1.55in}X} Baseline & PRISM-1 Final Updated architecture specification \\ Revision & PRISM-1R physicalization and deployment blueprint \\ Deployment target & Golden model $\rightarrow$ CUDA $\rightarrow$ cycle simulator $\rightarrow$ FPGA $\rightarrow$ shuttle chiplet $\rightarrow$ reference chiplet $\rightarrow$ full package \\ Primary rule & Preserve structure. Execute locally. Refine only where evidence requires it. \\ Status & Engineering blueprint. Not fabricated silicon. All frequency, bandwidth, area and power values remain design targets until measured. \\ \end{tabularx} \vfill {\large Komorebi P.}\par \vspace{0.08in} {\small Implementation handoff draft v0.2}\par \end{center} \newpage \tableofcontents \newpage % ----------------------------------------------------------------------------- \section{Purpose and Deployment Philosophy} PRISM-1R converts the existing PRISM architecture into an implementation program. The objective is not to freeze every circuit choice prematurely. The objective is to freeze the \emph{semantic contracts} that software, simulation, FPGA and ASIC implementations must share, while keeping physical parameters adjustable until measurement and synthesis justify them. The architecture is organized around one principle: \[ \boxed{\text{Do not materialize, move, or schedule structure already declared inactive.}}
g_{\rm consumed}Use in source · 2 passages
Search aliases: g_rm consumed rm
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 222
Each mutable packet family carries a generation number g. A command records the generation it consumed. Refinement increments g for the affected family. A provisional result may commit only if g_rm consumed=g_rm current.
Exact mathematical passage
\boxed{g_{\rm consumed}=g_{\rm current}.}
g_{\rm current}Use in source · 2 passages
Search aliases: g_rm current rm
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 222
Each mutable packet family carries a generation number g. A command records the generation it consumed. Refinement increments g for the affected family. A provisional result may commit only if g_rm consumed=g_rm current.
Exact mathematical passage
\boxed{g_{\rm consumed}=g_{\rm current}.}
HUse in source · 3 passages
Search aliases: H
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 453
The PRISM-1R planner should minimize a physicalized cost rather than arithmetic alone: C(G)= α F +β B_rm HBM +γ B_rm SRAM +δ H_rm NoC +η L_rm sync +κ C_rm cert +ρ E[C_rm replay].
Exact mathematical passage
C(G)= \alpha F +\beta B_{\rm HBM} +\gamma B_{\rm SRAM} +\delta H_{\rm NoC} +\eta L_{\rm sync} +\kappa C_{\rm cert} +\rho\,\mathbb E[C_{\rm replay}].
hUse in source · 4 passages
Search aliases: h
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 73
[0.12in] LARGEbfseries Implementation and Deployment Blueprint v0.2 [0.18in] large Packet-programmable mixed-representation accelerator [0.05in] large Transformation plane + resolution plane + certificate-gated commit [0.45in] rule0.90linewidth0.8pt [0.28in] 0.88linewidth>bfseriesp1.55inX Baseline · PRISM-1 Final Updated architecture specification Revision · PRISM-1R physicalization and deployment blueprint Deployment target · Golden model rightarrow CUDA rightarrow cycle simulator rightarrow FP…
Exact mathematical passage
0.12in] {\LARGE\bfseries Implementation and Deployment Blueprint v0.2}\\[0.18in] {\large Packet-programmable mixed-representation accelerator}\\[0.05in] {\large Transformation plane + resolution plane + certificate-gated commit}\\[0.45in] \rule{0.90\linewidth}{0.8pt}\\[0.28in] \begin{tabularx}{0.88\linewidth}{>{\bfseries}p{1.55in}X} Baseline & PRISM-1 Final Updated architecture specification \\ Revision & PRISM-1R physicalization and deployment blueprint \\ Deployment target & Golden model $\rightarrow$ CUDA $\rightarrow$ cycle simulator $\rightarrow$ FPGA $\rightarrow$ shuttle chiplet $\rightarrow$ reference chiplet $\rightarrow$ full package \\ Primary rule & Preserve structure. Execute locally. Refine only where evidence requires it. \\ Status & Engineering blueprint. Not fabricated silicon. All frequency, bandwidth, area and power values remain design targets until measured. \\ \end{tabularx} \vfill {\large Komorebi P.}\par \vspace{0.08in} {\small Implementation handoff draft v0.2}\par \end{center} \newpage \tableofcontents \newpage % ----------------------------------------------------------------------------- \section{Purpose and Deployment Philosophy} PRISM-1R converts the existing PRISM architecture into an implementation program. The objective is not to freeze every circuit choice prematurely. The objective is to freeze the \emph{semantic contracts} that software, simulation, FPGA and ASIC implementations must share, while keeping physical parameters adjustable until measurement and synthesis justify them. The architecture is organized around one principle: \[ \boxed{\text{Do not materialize, move, or schedule structure already declared inactive.}}
H_{\rm NoC}Use in source · 2 passages
Search aliases: H_rm NoC rm
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 453
The PRISM-1R planner should minimize a physicalized cost rather than arithmetic alone: C(G)= α F +β B_rm HBM +γ B_rm SRAM +δ H_rm NoC +η L_rm sync +κ C_rm cert +ρ E[C_rm replay].
Exact mathematical passage
C(G)= \alpha F +\beta B_{\rm HBM} +\gamma B_{\rm SRAM} +\delta H_{\rm NoC} +\eta L_{\rm sync} +\kappa C_{\rm cert} +\rho\,\mathbb E[C_{\rm replay}].
\operatorname{hops}Use in source · 1 passage
Search aliases: hops operatorname
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 348
The placement objective is not merely minimum latency. It is minimum structured movement: min ∑_e∈ E bytes(e)×hops(e).
Exact mathematical passage
\min \sum_{e\in E} \operatorname{bytes}(e)\times\operatorname{hops}(e).
IUse in source · 1 passage
Search aliases: I
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 73
[0.12in] LARGEbfseries Implementation and Deployment Blueprint v0.2 [0.18in] large Packet-programmable mixed-representation accelerator [0.05in] large Transformation plane + resolution plane + certificate-gated commit [0.45in] rule0.90linewidth0.8pt [0.28in] 0.88linewidth>bfseriesp1.55inX Baseline · PRISM-1 Final Updated architecture specification Revision · PRISM-1R physicalization and deployment blueprint Deployment target · Golden model rightarrow CUDA rightarrow cycle simulator rightarrow FP…
Exact mathematical passage
0.12in] {\LARGE\bfseries Implementation and Deployment Blueprint v0.2}\\[0.18in] {\large Packet-programmable mixed-representation accelerator}\\[0.05in] {\large Transformation plane + resolution plane + certificate-gated commit}\\[0.45in] \rule{0.90\linewidth}{0.8pt}\\[0.28in] \begin{tabularx}{0.88\linewidth}{>{\bfseries}p{1.55in}X} Baseline & PRISM-1 Final Updated architecture specification \\ Revision & PRISM-1R physicalization and deployment blueprint \\ Deployment target & Golden model $\rightarrow$ CUDA $\rightarrow$ cycle simulator $\rightarrow$ FPGA $\rightarrow$ shuttle chiplet $\rightarrow$ reference chiplet $\rightarrow$ full package \\ Primary rule & Preserve structure. Execute locally. Refine only where evidence requires it. \\ Status & Engineering blueprint. Not fabricated silicon. All frequency, bandwidth, area and power values remain design targets until measured. \\ \end{tabularx} \vfill {\large Komorebi P.}\par \vspace{0.08in} {\small Implementation handoff draft v0.2}\par \end{center} \newpage \tableofcontents \newpage % ----------------------------------------------------------------------------- \section{Purpose and Deployment Philosophy} PRISM-1R converts the existing PRISM architecture into an implementation program. The objective is not to freeze every circuit choice prematurely. The objective is to freeze the \emph{semantic contracts} that software, simulation, FPGA and ASIC implementations must share, while keeping physical parameters adjustable until measurement and synthesis justify them. The architecture is organized around one principle: \[ \boxed{\text{Do not materialize, move, or schedule structure already declared inactive.}}
iUse in source · 3 passages
Search aliases: i
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 73
[0.12in] LARGEbfseries Implementation and Deployment Blueprint v0.2 [0.18in] large Packet-programmable mixed-representation accelerator [0.05in] large Transformation plane + resolution plane + certificate-gated commit [0.45in] rule0.90linewidth0.8pt [0.28in] 0.88linewidth>bfseriesp1.55inX Baseline · PRISM-1 Final Updated architecture specification Revision · PRISM-1R physicalization and deployment blueprint Deployment target · Golden model rightarrow CUDA rightarrow cycle simulator rightarrow FP…
Exact mathematical passage
0.12in] {\LARGE\bfseries Implementation and Deployment Blueprint v0.2}\\[0.18in] {\large Packet-programmable mixed-representation accelerator}\\[0.05in] {\large Transformation plane + resolution plane + certificate-gated commit}\\[0.45in] \rule{0.90\linewidth}{0.8pt}\\[0.28in] \begin{tabularx}{0.88\linewidth}{>{\bfseries}p{1.55in}X} Baseline & PRISM-1 Final Updated architecture specification \\ Revision & PRISM-1R physicalization and deployment blueprint \\ Deployment target & Golden model $\rightarrow$ CUDA $\rightarrow$ cycle simulator $\rightarrow$ FPGA $\rightarrow$ shuttle chiplet $\rightarrow$ reference chiplet $\rightarrow$ full package \\ Primary rule & Preserve structure. Execute locally. Refine only where evidence requires it. \\ Status & Engineering blueprint. Not fabricated silicon. All frequency, bandwidth, area and power values remain design targets until measured. \\ \end{tabularx} \vfill {\large Komorebi P.}\par \vspace{0.08in} {\small Implementation handoff draft v0.2}\par \end{center} \newpage \tableofcontents \newpage % ----------------------------------------------------------------------------- \section{Purpose and Deployment Philosophy} PRISM-1R converts the existing PRISM architecture into an implementation program. The objective is not to freeze every circuit choice prematurely. The objective is to freeze the \emph{semantic contracts} that software, simulation, FPGA and ASIC implementations must share, while keeping physical parameters adjustable until measurement and synthesis justify them. The architecture is organized around one principle: \[ \boxed{\text{Do not materialize, move, or schedule structure already declared inactive.}}
jUse in source · 1 passage
Search aliases: j
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 73
[0.12in] LARGEbfseries Implementation and Deployment Blueprint v0.2 [0.18in] large Packet-programmable mixed-representation accelerator [0.05in] large Transformation plane + resolution plane + certificate-gated commit [0.45in] rule0.90linewidth0.8pt [0.28in] 0.88linewidth>bfseriesp1.55inX Baseline · PRISM-1 Final Updated architecture specification Revision · PRISM-1R physicalization and deployment blueprint Deployment target · Golden model rightarrow CUDA rightarrow cycle simulator rightarrow FP…
Exact mathematical passage
0.12in] {\LARGE\bfseries Implementation and Deployment Blueprint v0.2}\\[0.18in] {\large Packet-programmable mixed-representation accelerator}\\[0.05in] {\large Transformation plane + resolution plane + certificate-gated commit}\\[0.45in] \rule{0.90\linewidth}{0.8pt}\\[0.28in] \begin{tabularx}{0.88\linewidth}{>{\bfseries}p{1.55in}X} Baseline & PRISM-1 Final Updated architecture specification \\ Revision & PRISM-1R physicalization and deployment blueprint \\ Deployment target & Golden model $\rightarrow$ CUDA $\rightarrow$ cycle simulator $\rightarrow$ FPGA $\rightarrow$ shuttle chiplet $\rightarrow$ reference chiplet $\rightarrow$ full package \\ Primary rule & Preserve structure. Execute locally. Refine only where evidence requires it. \\ Status & Engineering blueprint. Not fabricated silicon. All frequency, bandwidth, area and power values remain design targets until measured. \\ \end{tabularx} \vfill {\large Komorebi P.}\par \vspace{0.08in} {\small Implementation handoff draft v0.2}\par \end{center} \newpage \tableofcontents \newpage % ----------------------------------------------------------------------------- \section{Purpose and Deployment Philosophy} PRISM-1R converts the existing PRISM architecture into an implementation program. The objective is not to freeze every circuit choice prematurely. The objective is to freeze the \emph{semantic contracts} that software, simulation, FPGA and ASIC implementations must share, while keeping physical parameters adjustable until measurement and synthesis justify them. The architecture is organized around one principle: \[ \boxed{\text{Do not materialize, move, or schedule structure already declared inactive.}}
KUse in source · 1 passage
Search aliases: K
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 73
[0.12in] LARGEbfseries Implementation and Deployment Blueprint v0.2 [0.18in] large Packet-programmable mixed-representation accelerator [0.05in] large Transformation plane + resolution plane + certificate-gated commit [0.45in] rule0.90linewidth0.8pt [0.28in] 0.88linewidth>bfseriesp1.55inX Baseline · PRISM-1 Final Updated architecture specification Revision · PRISM-1R physicalization and deployment blueprint Deployment target · Golden model rightarrow CUDA rightarrow cycle simulator rightarrow FP…
Exact mathematical passage
0.12in] {\LARGE\bfseries Implementation and Deployment Blueprint v0.2}\\[0.18in] {\large Packet-programmable mixed-representation accelerator}\\[0.05in] {\large Transformation plane + resolution plane + certificate-gated commit}\\[0.45in] \rule{0.90\linewidth}{0.8pt}\\[0.28in] \begin{tabularx}{0.88\linewidth}{>{\bfseries}p{1.55in}X} Baseline & PRISM-1 Final Updated architecture specification \\ Revision & PRISM-1R physicalization and deployment blueprint \\ Deployment target & Golden model $\rightarrow$ CUDA $\rightarrow$ cycle simulator $\rightarrow$ FPGA $\rightarrow$ shuttle chiplet $\rightarrow$ reference chiplet $\rightarrow$ full package \\ Primary rule & Preserve structure. Execute locally. Refine only where evidence requires it. \\ Status & Engineering blueprint. Not fabricated silicon. All frequency, bandwidth, area and power values remain design targets until measured. \\ \end{tabularx} \vfill {\large Komorebi P.}\par \vspace{0.08in} {\small Implementation handoff draft v0.2}\par \end{center} \newpage \tableofcontents \newpage % ----------------------------------------------------------------------------- \section{Purpose and Deployment Philosophy} PRISM-1R converts the existing PRISM architecture into an implementation program. The objective is not to freeze every circuit choice prematurely. The objective is to freeze the \emph{semantic contracts} that software, simulation, FPGA and ASIC implementations must share, while keeping physical parameters adjustable until measurement and synthesis justify them. The architecture is organized around one principle: \[ \boxed{\text{Do not materialize, move, or schedule structure already declared inactive.}}
kUse in source · 3 passages
Search aliases: k
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 73
[0.12in] LARGEbfseries Implementation and Deployment Blueprint v0.2 [0.18in] large Packet-programmable mixed-representation accelerator [0.05in] large Transformation plane + resolution plane + certificate-gated commit [0.45in] rule0.90linewidth0.8pt [0.28in] 0.88linewidth>bfseriesp1.55inX Baseline · PRISM-1 Final Updated architecture specification Revision · PRISM-1R physicalization and deployment blueprint Deployment target · Golden model rightarrow CUDA rightarrow cycle simulator rightarrow FP…
Exact mathematical passage
0.12in] {\LARGE\bfseries Implementation and Deployment Blueprint v0.2}\\[0.18in] {\large Packet-programmable mixed-representation accelerator}\\[0.05in] {\large Transformation plane + resolution plane + certificate-gated commit}\\[0.45in] \rule{0.90\linewidth}{0.8pt}\\[0.28in] \begin{tabularx}{0.88\linewidth}{>{\bfseries}p{1.55in}X} Baseline & PRISM-1 Final Updated architecture specification \\ Revision & PRISM-1R physicalization and deployment blueprint \\ Deployment target & Golden model $\rightarrow$ CUDA $\rightarrow$ cycle simulator $\rightarrow$ FPGA $\rightarrow$ shuttle chiplet $\rightarrow$ reference chiplet $\rightarrow$ full package \\ Primary rule & Preserve structure. Execute locally. Refine only where evidence requires it. \\ Status & Engineering blueprint. Not fabricated silicon. All frequency, bandwidth, area and power values remain design targets until measured. \\ \end{tabularx} \vfill {\large Komorebi P.}\par \vspace{0.08in} {\small Implementation handoff draft v0.2}\par \end{center} \newpage \tableofcontents \newpage % ----------------------------------------------------------------------------- \section{Purpose and Deployment Philosophy} PRISM-1R converts the existing PRISM architecture into an implementation program. The objective is not to freeze every circuit choice prematurely. The objective is to freeze the \emph{semantic contracts} that software, simulation, FPGA and ASIC implementations must share, while keeping physical parameters adjustable until measurement and synthesis justify them. The architecture is organized around one principle: \[ \boxed{\text{Do not materialize, move, or schedule structure already declared inactive.}}
LUse in source · 2 passages
Search aliases: L
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 453
The PRISM-1R planner should minimize a physicalized cost rather than arithmetic alone: C(G)= α F +β B_rm HBM +γ B_rm SRAM +δ H_rm NoC +η L_rm sync +κ C_rm cert +ρ E[C_rm replay].
Exact mathematical passage
C(G)= \alpha F +\beta B_{\rm HBM} +\gamma B_{\rm SRAM} +\delta H_{\rm NoC} +\eta L_{\rm sync} +\kappa C_{\rm cert} +\rho\,\mathbb E[C_{\rm replay}].
lUse in source · 2 passages
Search aliases: l
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 73
[0.12in] LARGEbfseries Implementation and Deployment Blueprint v0.2 [0.18in] large Packet-programmable mixed-representation accelerator [0.05in] large Transformation plane + resolution plane + certificate-gated commit [0.45in] rule0.90linewidth0.8pt [0.28in] 0.88linewidth>bfseriesp1.55inX Baseline · PRISM-1 Final Updated architecture specification Revision · PRISM-1R physicalization and deployment blueprint Deployment target · Golden model rightarrow CUDA rightarrow cycle simulator rightarrow FP…
Exact mathematical passage
0.12in] {\LARGE\bfseries Implementation and Deployment Blueprint v0.2}\\[0.18in] {\large Packet-programmable mixed-representation accelerator}\\[0.05in] {\large Transformation plane + resolution plane + certificate-gated commit}\\[0.45in] \rule{0.90\linewidth}{0.8pt}\\[0.28in] \begin{tabularx}{0.88\linewidth}{>{\bfseries}p{1.55in}X} Baseline & PRISM-1 Final Updated architecture specification \\ Revision & PRISM-1R physicalization and deployment blueprint \\ Deployment target & Golden model $\rightarrow$ CUDA $\rightarrow$ cycle simulator $\rightarrow$ FPGA $\rightarrow$ shuttle chiplet $\rightarrow$ reference chiplet $\rightarrow$ full package \\ Primary rule & Preserve structure. Execute locally. Refine only where evidence requires it. \\ Status & Engineering blueprint. Not fabricated silicon. All frequency, bandwidth, area and power values remain design targets until measured. \\ \end{tabularx} \vfill {\large Komorebi P.}\par \vspace{0.08in} {\small Implementation handoff draft v0.2}\par \end{center} \newpage \tableofcontents \newpage % ----------------------------------------------------------------------------- \section{Purpose and Deployment Philosophy} PRISM-1R converts the existing PRISM architecture into an implementation program. The objective is not to freeze every circuit choice prematurely. The objective is to freeze the \emph{semantic contracts} that software, simulation, FPGA and ASIC implementations must share, while keeping physical parameters adjustable until measurement and synthesis justify them. The architecture is organized around one principle: \[ \boxed{\text{Do not materialize, move, or schedule structure already declared inactive.}}
L_{\rm sync}Use in source · 2 passages
Search aliases: L_rm sync rm
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 453
The PRISM-1R planner should minimize a physicalized cost rather than arithmetic alone: C(G)= α F +β B_rm HBM +γ B_rm SRAM +δ H_rm NoC +η L_rm sync +κ C_rm cert +ρ E[C_rm replay].
Exact mathematical passage
C(G)= \alpha F +\beta B_{\rm HBM} +\gamma B_{\rm SRAM} +\delta H_{\rm NoC} +\eta L_{\rm sync} +\kappa C_{\rm cert} +\rho\,\mathbb E[C_{\rm replay}].
\landUse in source · 2 passages
Search aliases: land
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 425
A provisional result commits only if all required conditions hold: CERT_PASS land GEN_CURRENT land NO_UNCORRECTABLE_FAULT land DEPENDENCIES_VALID.
Exact mathematical passage
\boxed{ \texttt{CERT\_PASS} \land \texttt{GEN\_CURRENT} \land \texttt{NO\_UNCORRECTABLE\_FAULT} \land \texttt{DEPENDENCIES\_VALID}. }
\LARGEUse in source · 1 passage
Search aliases: LARGE
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 73
[0.12in] LARGEbfseries Implementation and Deployment Blueprint v0.2 [0.18in] large Packet-programmable mixed-representation accelerator [0.05in] large Transformation plane + resolution plane + certificate-gated commit [0.45in] rule0.90linewidth0.8pt [0.28in] 0.88linewidth>bfseriesp1.55inX Baseline · PRISM-1 Final Updated architecture specification Revision · PRISM-1R physicalization and deployment blueprint Deployment target · Golden model rightarrow CUDA rightarrow cycle simulator rightarrow FP…
Exact mathematical passage
0.12in] {\LARGE\bfseries Implementation and Deployment Blueprint v0.2}\\[0.18in] {\large Packet-programmable mixed-representation accelerator}\\[0.05in] {\large Transformation plane + resolution plane + certificate-gated commit}\\[0.45in] \rule{0.90\linewidth}{0.8pt}\\[0.28in] \begin{tabularx}{0.88\linewidth}{>{\bfseries}p{1.55in}X} Baseline & PRISM-1 Final Updated architecture specification \\ Revision & PRISM-1R physicalization and deployment blueprint \\ Deployment target & Golden model $\rightarrow$ CUDA $\rightarrow$ cycle simulator $\rightarrow$ FPGA $\rightarrow$ shuttle chiplet $\rightarrow$ reference chiplet $\rightarrow$ full package \\ Primary rule & Preserve structure. Execute locally. Refine only where evidence requires it. \\ Status & Engineering blueprint. Not fabricated silicon. All frequency, bandwidth, area and power values remain design targets until measured. \\ \end{tabularx} \vfill {\large Komorebi P.}\par \vspace{0.08in} {\small Implementation handoff draft v0.2}\par \end{center} \newpage \tableofcontents \newpage % ----------------------------------------------------------------------------- \section{Purpose and Deployment Philosophy} PRISM-1R converts the existing PRISM architecture into an implementation program. The objective is not to freeze every circuit choice prematurely. The objective is to freeze the \emph{semantic contracts} that software, simulation, FPGA and ASIC implementations must share, while keeping physical parameters adjustable until measurement and synthesis justify them. The architecture is organized around one principle: \[ \boxed{\text{Do not materialize, move, or schedule structure already declared inactive.}}
\largeUse in source · 1 passage
Search aliases: large
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 73
[0.12in] LARGEbfseries Implementation and Deployment Blueprint v0.2 [0.18in] large Packet-programmable mixed-representation accelerator [0.05in] large Transformation plane + resolution plane + certificate-gated commit [0.45in] rule0.90linewidth0.8pt [0.28in] 0.88linewidth>bfseriesp1.55inX Baseline · PRISM-1 Final Updated architecture specification Revision · PRISM-1R physicalization and deployment blueprint Deployment target · Golden model rightarrow CUDA rightarrow cycle simulator rightarrow FP…
Exact mathematical passage
0.12in] {\LARGE\bfseries Implementation and Deployment Blueprint v0.2}\\[0.18in] {\large Packet-programmable mixed-representation accelerator}\\[0.05in] {\large Transformation plane + resolution plane + certificate-gated commit}\\[0.45in] \rule{0.90\linewidth}{0.8pt}\\[0.28in] \begin{tabularx}{0.88\linewidth}{>{\bfseries}p{1.55in}X} Baseline & PRISM-1 Final Updated architecture specification \\ Revision & PRISM-1R physicalization and deployment blueprint \\ Deployment target & Golden model $\rightarrow$ CUDA $\rightarrow$ cycle simulator $\rightarrow$ FPGA $\rightarrow$ shuttle chiplet $\rightarrow$ reference chiplet $\rightarrow$ full package \\ Primary rule & Preserve structure. Execute locally. Refine only where evidence requires it. \\ Status & Engineering blueprint. Not fabricated silicon. All frequency, bandwidth, area and power values remain design targets until measured. \\ \end{tabularx} \vfill {\large Komorebi P.}\par \vspace{0.08in} {\small Implementation handoff draft v0.2}\par \end{center} \newpage \tableofcontents \newpage % ----------------------------------------------------------------------------- \section{Purpose and Deployment Philosophy} PRISM-1R converts the existing PRISM architecture into an implementation program. The objective is not to freeze every circuit choice prematurely. The objective is to freeze the \emph{semantic contracts} that software, simulation, FPGA and ASIC implementations must share, while keeping physical parameters adjustable until measurement and synthesis justify them. The architecture is organized around one principle: \[ \boxed{\text{Do not materialize, move, or schedule structure already declared inactive.}}
\linewidthUse in source · 1 passage
Search aliases: linewidth
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 73
[0.12in] LARGEbfseries Implementation and Deployment Blueprint v0.2 [0.18in] large Packet-programmable mixed-representation accelerator [0.05in] large Transformation plane + resolution plane + certificate-gated commit [0.45in] rule0.90linewidth0.8pt [0.28in] 0.88linewidth>bfseriesp1.55inX Baseline · PRISM-1 Final Updated architecture specification Revision · PRISM-1R physicalization and deployment blueprint Deployment target · Golden model rightarrow CUDA rightarrow cycle simulator rightarrow FP…
Exact mathematical passage
0.12in] {\LARGE\bfseries Implementation and Deployment Blueprint v0.2}\\[0.18in] {\large Packet-programmable mixed-representation accelerator}\\[0.05in] {\large Transformation plane + resolution plane + certificate-gated commit}\\[0.45in] \rule{0.90\linewidth}{0.8pt}\\[0.28in] \begin{tabularx}{0.88\linewidth}{>{\bfseries}p{1.55in}X} Baseline & PRISM-1 Final Updated architecture specification \\ Revision & PRISM-1R physicalization and deployment blueprint \\ Deployment target & Golden model $\rightarrow$ CUDA $\rightarrow$ cycle simulator $\rightarrow$ FPGA $\rightarrow$ shuttle chiplet $\rightarrow$ reference chiplet $\rightarrow$ full package \\ Primary rule & Preserve structure. Execute locally. Refine only where evidence requires it. \\ Status & Engineering blueprint. Not fabricated silicon. All frequency, bandwidth, area and power values remain design targets until measured. \\ \end{tabularx} \vfill {\large Komorebi P.}\par \vspace{0.08in} {\small Implementation handoff draft v0.2}\par \end{center} \newpage \tableofcontents \newpage % ----------------------------------------------------------------------------- \section{Purpose and Deployment Philosophy} PRISM-1R converts the existing PRISM architecture into an implementation program. The objective is not to freeze every circuit choice prematurely. The objective is to freeze the \emph{semantic contracts} that software, simulation, FPGA and ASIC implementations must share, while keeping physical parameters adjustable until measurement and synthesis justify them. The architecture is organized around one principle: \[ \boxed{\text{Do not materialize, move, or schedule structure already declared inactive.}}
\longleftrightarrowUse in source · 1 passage
Search aliases: longleftrightarrow
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 213
The resolution plane modifies the decomposition itself: P_α longleftrightarrow {P_α_1,…,P_α_k}.
Exact mathematical passage
P_\alpha \longleftrightarrow \{P_{\alpha_1},\ldots,P_{\alpha_k}\}.
MUse in source · 4 passages
Search aliases: M
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 73
[0.12in] LARGEbfseries Implementation and Deployment Blueprint v0.2 [0.18in] large Packet-programmable mixed-representation accelerator [0.05in] large Transformation plane + resolution plane + certificate-gated commit [0.45in] rule0.90linewidth0.8pt [0.28in] 0.88linewidth>bfseriesp1.55inX Baseline · PRISM-1 Final Updated architecture specification Revision · PRISM-1R physicalization and deployment blueprint Deployment target · Golden model rightarrow CUDA rightarrow cycle simulator rightarrow FP…
Exact mathematical passage
0.12in] {\LARGE\bfseries Implementation and Deployment Blueprint v0.2}\\[0.18in] {\large Packet-programmable mixed-representation accelerator}\\[0.05in] {\large Transformation plane + resolution plane + certificate-gated commit}\\[0.45in] \rule{0.90\linewidth}{0.8pt}\\[0.28in] \begin{tabularx}{0.88\linewidth}{>{\bfseries}p{1.55in}X} Baseline & PRISM-1 Final Updated architecture specification \\ Revision & PRISM-1R physicalization and deployment blueprint \\ Deployment target & Golden model $\rightarrow$ CUDA $\rightarrow$ cycle simulator $\rightarrow$ FPGA $\rightarrow$ shuttle chiplet $\rightarrow$ reference chiplet $\rightarrow$ full package \\ Primary rule & Preserve structure. Execute locally. Refine only where evidence requires it. \\ Status & Engineering blueprint. Not fabricated silicon. All frequency, bandwidth, area and power values remain design targets until measured. \\ \end{tabularx} \vfill {\large Komorebi P.}\par \vspace{0.08in} {\small Implementation handoff draft v0.2}\par \end{center} \newpage \tableofcontents \newpage % ----------------------------------------------------------------------------- \section{Purpose and Deployment Philosophy} PRISM-1R converts the existing PRISM architecture into an implementation program. The objective is not to freeze every circuit choice prematurely. The objective is to freeze the \emph{semantic contracts} that software, simulation, FPGA and ASIC implementations must share, while keeping physical parameters adjustable until measurement and synthesis justify them. The architecture is organized around one principle: \[ \boxed{\text{Do not materialize, move, or schedule structure already declared inactive.}}
mUse in source · 4 passages
Search aliases: m
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 73
[0.12in] LARGEbfseries Implementation and Deployment Blueprint v0.2 [0.18in] large Packet-programmable mixed-representation accelerator [0.05in] large Transformation plane + resolution plane + certificate-gated commit [0.45in] rule0.90linewidth0.8pt [0.28in] 0.88linewidth>bfseriesp1.55inX Baseline · PRISM-1 Final Updated architecture specification Revision · PRISM-1R physicalization and deployment blueprint Deployment target · Golden model rightarrow CUDA rightarrow cycle simulator rightarrow FP…
Exact mathematical passage
0.12in] {\LARGE\bfseries Implementation and Deployment Blueprint v0.2}\\[0.18in] {\large Packet-programmable mixed-representation accelerator}\\[0.05in] {\large Transformation plane + resolution plane + certificate-gated commit}\\[0.45in] \rule{0.90\linewidth}{0.8pt}\\[0.28in] \begin{tabularx}{0.88\linewidth}{>{\bfseries}p{1.55in}X} Baseline & PRISM-1 Final Updated architecture specification \\ Revision & PRISM-1R physicalization and deployment blueprint \\ Deployment target & Golden model $\rightarrow$ CUDA $\rightarrow$ cycle simulator $\rightarrow$ FPGA $\rightarrow$ shuttle chiplet $\rightarrow$ reference chiplet $\rightarrow$ full package \\ Primary rule & Preserve structure. Execute locally. Refine only where evidence requires it. \\ Status & Engineering blueprint. Not fabricated silicon. All frequency, bandwidth, area and power values remain design targets until measured. \\ \end{tabularx} \vfill {\large Komorebi P.}\par \vspace{0.08in} {\small Implementation handoff draft v0.2}\par \end{center} \newpage \tableofcontents \newpage % ----------------------------------------------------------------------------- \section{Purpose and Deployment Philosophy} PRISM-1R converts the existing PRISM architecture into an implementation program. The objective is not to freeze every circuit choice prematurely. The objective is to freeze the \emph{semantic contracts} that software, simulation, FPGA and ASIC implementations must share, while keeping physical parameters adjustable until measurement and synthesis justify them. The architecture is organized around one principle: \[ \boxed{\text{Do not materialize, move, or schedule structure already declared inactive.}}
\minUse in source · 1 passage
Search aliases: min
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 348
The placement objective is not merely minimum latency. It is minimum structured movement: min ∑_e∈ E bytes(e)×hops(e).
Exact mathematical passage
\min \sum_{e\in E} \operatorname{bytes}(e)\times\operatorname{hops}(e).
NUse in source · 3 passages
Search aliases: N
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 73
[0.12in] LARGEbfseries Implementation and Deployment Blueprint v0.2 [0.18in] large Packet-programmable mixed-representation accelerator [0.05in] large Transformation plane + resolution plane + certificate-gated commit [0.45in] rule0.90linewidth0.8pt [0.28in] 0.88linewidth>bfseriesp1.55inX Baseline · PRISM-1 Final Updated architecture specification Revision · PRISM-1R physicalization and deployment blueprint Deployment target · Golden model rightarrow CUDA rightarrow cycle simulator rightarrow FP…
Exact mathematical passage
0.12in] {\LARGE\bfseries Implementation and Deployment Blueprint v0.2}\\[0.18in] {\large Packet-programmable mixed-representation accelerator}\\[0.05in] {\large Transformation plane + resolution plane + certificate-gated commit}\\[0.45in] \rule{0.90\linewidth}{0.8pt}\\[0.28in] \begin{tabularx}{0.88\linewidth}{>{\bfseries}p{1.55in}X} Baseline & PRISM-1 Final Updated architecture specification \\ Revision & PRISM-1R physicalization and deployment blueprint \\ Deployment target & Golden model $\rightarrow$ CUDA $\rightarrow$ cycle simulator $\rightarrow$ FPGA $\rightarrow$ shuttle chiplet $\rightarrow$ reference chiplet $\rightarrow$ full package \\ Primary rule & Preserve structure. Execute locally. Refine only where evidence requires it. \\ Status & Engineering blueprint. Not fabricated silicon. All frequency, bandwidth, area and power values remain design targets until measured. \\ \end{tabularx} \vfill {\large Komorebi P.}\par \vspace{0.08in} {\small Implementation handoff draft v0.2}\par \end{center} \newpage \tableofcontents \newpage % ----------------------------------------------------------------------------- \section{Purpose and Deployment Philosophy} PRISM-1R converts the existing PRISM architecture into an implementation program. The objective is not to freeze every circuit choice prematurely. The objective is to freeze the \emph{semantic contracts} that software, simulation, FPGA and ASIC implementations must share, while keeping physical parameters adjustable until measurement and synthesis justify them. The architecture is organized around one principle: \[ \boxed{\text{Do not materialize, move, or schedule structure already declared inactive.}}
nUse in source · 6 passages
Search aliases: n
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 73
[0.12in] LARGEbfseries Implementation and Deployment Blueprint v0.2 [0.18in] large Packet-programmable mixed-representation accelerator [0.05in] large Transformation plane + resolution plane + certificate-gated commit [0.45in] rule0.90linewidth0.8pt [0.28in] 0.88linewidth>bfseriesp1.55inX Baseline · PRISM-1 Final Updated architecture specification Revision · PRISM-1R physicalization and deployment blueprint Deployment target · Golden model rightarrow CUDA rightarrow cycle simulator rightarrow FP…
Exact mathematical passage
0.12in] {\LARGE\bfseries Implementation and Deployment Blueprint v0.2}\\[0.18in] {\large Packet-programmable mixed-representation accelerator}\\[0.05in] {\large Transformation plane + resolution plane + certificate-gated commit}\\[0.45in] \rule{0.90\linewidth}{0.8pt}\\[0.28in] \begin{tabularx}{0.88\linewidth}{>{\bfseries}p{1.55in}X} Baseline & PRISM-1 Final Updated architecture specification \\ Revision & PRISM-1R physicalization and deployment blueprint \\ Deployment target & Golden model $\rightarrow$ CUDA $\rightarrow$ cycle simulator $\rightarrow$ FPGA $\rightarrow$ shuttle chiplet $\rightarrow$ reference chiplet $\rightarrow$ full package \\ Primary rule & Preserve structure. Execute locally. Refine only where evidence requires it. \\ Status & Engineering blueprint. Not fabricated silicon. All frequency, bandwidth, area and power values remain design targets until measured. \\ \end{tabularx} \vfill {\large Komorebi P.}\par \vspace{0.08in} {\small Implementation handoff draft v0.2}\par \end{center} \newpage \tableofcontents \newpage % ----------------------------------------------------------------------------- \section{Purpose and Deployment Philosophy} PRISM-1R converts the existing PRISM architecture into an implementation program. The objective is not to freeze every circuit choice prematurely. The objective is to freeze the \emph{semantic contracts} that software, simulation, FPGA and ASIC implementations must share, while keeping physical parameters adjustable until measurement and synthesis justify them. The architecture is organized around one principle: \[ \boxed{\text{Do not materialize, move, or schedule structure already declared inactive.}}
\negUse in source · 1 passage
Search aliases: neg
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 923
For I1 the hardware-level implication is simply (g_rm consumed≠ g_rm current)⇒ negcommit. The implementation package includes a minimal executable reference test for this invariant.
Exact mathematical passage
(g_{\rm consumed}\neq g_{\rm current})\Rightarrow \neg\texttt{commit}.
\newpageUse in source · 1 passage
Search aliases: newpage
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 73
[0.12in] LARGEbfseries Implementation and Deployment Blueprint v0.2 [0.18in] large Packet-programmable mixed-representation accelerator [0.05in] large Transformation plane + resolution plane + certificate-gated commit [0.45in] rule0.90linewidth0.8pt [0.28in] 0.88linewidth>bfseriesp1.55inX Baseline · PRISM-1 Final Updated architecture specification Revision · PRISM-1R physicalization and deployment blueprint Deployment target · Golden model rightarrow CUDA rightarrow cycle simulator rightarrow FP…
Exact mathematical passage
0.12in] {\LARGE\bfseries Implementation and Deployment Blueprint v0.2}\\[0.18in] {\large Packet-programmable mixed-representation accelerator}\\[0.05in] {\large Transformation plane + resolution plane + certificate-gated commit}\\[0.45in] \rule{0.90\linewidth}{0.8pt}\\[0.28in] \begin{tabularx}{0.88\linewidth}{>{\bfseries}p{1.55in}X} Baseline & PRISM-1 Final Updated architecture specification \\ Revision & PRISM-1R physicalization and deployment blueprint \\ Deployment target & Golden model $\rightarrow$ CUDA $\rightarrow$ cycle simulator $\rightarrow$ FPGA $\rightarrow$ shuttle chiplet $\rightarrow$ reference chiplet $\rightarrow$ full package \\ Primary rule & Preserve structure. Execute locally. Refine only where evidence requires it. \\ Status & Engineering blueprint. Not fabricated silicon. All frequency, bandwidth, area and power values remain design targets until measured. \\ \end{tabularx} \vfill {\large Komorebi P.}\par \vspace{0.08in} {\small Implementation handoff draft v0.2}\par \end{center} \newpage \tableofcontents \newpage % ----------------------------------------------------------------------------- \section{Purpose and Deployment Philosophy} PRISM-1R converts the existing PRISM architecture into an implementation program. The objective is not to freeze every circuit choice prematurely. The objective is to freeze the \emph{semantic contracts} that software, simulation, FPGA and ASIC implementations must share, while keeping physical parameters adjustable until measurement and synthesis justify them. The architecture is organized around one principle: \[ \boxed{\text{Do not materialize, move, or schedule structure already declared inactive.}}
oUse in source · 6 passages
Search aliases: o
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 73
[0.12in] LARGEbfseries Implementation and Deployment Blueprint v0.2 [0.18in] large Packet-programmable mixed-representation accelerator [0.05in] large Transformation plane + resolution plane + certificate-gated commit [0.45in] rule0.90linewidth0.8pt [0.28in] 0.88linewidth>bfseriesp1.55inX Baseline · PRISM-1 Final Updated architecture specification Revision · PRISM-1R physicalization and deployment blueprint Deployment target · Golden model rightarrow CUDA rightarrow cycle simulator rightarrow FP…
Exact mathematical passage
0.12in] {\LARGE\bfseries Implementation and Deployment Blueprint v0.2}\\[0.18in] {\large Packet-programmable mixed-representation accelerator}\\[0.05in] {\large Transformation plane + resolution plane + certificate-gated commit}\\[0.45in] \rule{0.90\linewidth}{0.8pt}\\[0.28in] \begin{tabularx}{0.88\linewidth}{>{\bfseries}p{1.55in}X} Baseline & PRISM-1 Final Updated architecture specification \\ Revision & PRISM-1R physicalization and deployment blueprint \\ Deployment target & Golden model $\rightarrow$ CUDA $\rightarrow$ cycle simulator $\rightarrow$ FPGA $\rightarrow$ shuttle chiplet $\rightarrow$ reference chiplet $\rightarrow$ full package \\ Primary rule & Preserve structure. Execute locally. Refine only where evidence requires it. \\ Status & Engineering blueprint. Not fabricated silicon. All frequency, bandwidth, area and power values remain design targets until measured. \\ \end{tabularx} \vfill {\large Komorebi P.}\par \vspace{0.08in} {\small Implementation handoff draft v0.2}\par \end{center} \newpage \tableofcontents \newpage % ----------------------------------------------------------------------------- \section{Purpose and Deployment Philosophy} PRISM-1R converts the existing PRISM architecture into an implementation program. The objective is not to freeze every circuit choice prematurely. The objective is to freeze the \emph{semantic contracts} that software, simulation, FPGA and ASIC implementations must share, while keeping physical parameters adjustable until measurement and synthesis justify them. The architecture is organized around one principle: \[ \boxed{\text{Do not materialize, move, or schedule structure already declared inactive.}}
PUse in source · 6 passages
Search aliases: P
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 73
[0.12in] LARGEbfseries Implementation and Deployment Blueprint v0.2 [0.18in] large Packet-programmable mixed-representation accelerator [0.05in] large Transformation plane + resolution plane + certificate-gated commit [0.45in] rule0.90linewidth0.8pt [0.28in] 0.88linewidth>bfseriesp1.55inX Baseline · PRISM-1 Final Updated architecture specification Revision · PRISM-1R physicalization and deployment blueprint Deployment target · Golden model rightarrow CUDA rightarrow cycle simulator rightarrow FP…
Exact mathematical passage
0.12in] {\LARGE\bfseries Implementation and Deployment Blueprint v0.2}\\[0.18in] {\large Packet-programmable mixed-representation accelerator}\\[0.05in] {\large Transformation plane + resolution plane + certificate-gated commit}\\[0.45in] \rule{0.90\linewidth}{0.8pt}\\[0.28in] \begin{tabularx}{0.88\linewidth}{>{\bfseries}p{1.55in}X} Baseline & PRISM-1 Final Updated architecture specification \\ Revision & PRISM-1R physicalization and deployment blueprint \\ Deployment target & Golden model $\rightarrow$ CUDA $\rightarrow$ cycle simulator $\rightarrow$ FPGA $\rightarrow$ shuttle chiplet $\rightarrow$ reference chiplet $\rightarrow$ full package \\ Primary rule & Preserve structure. Execute locally. Refine only where evidence requires it. \\ Status & Engineering blueprint. Not fabricated silicon. All frequency, bandwidth, area and power values remain design targets until measured. \\ \end{tabularx} \vfill {\large Komorebi P.}\par \vspace{0.08in} {\small Implementation handoff draft v0.2}\par \end{center} \newpage \tableofcontents \newpage % ----------------------------------------------------------------------------- \section{Purpose and Deployment Philosophy} PRISM-1R converts the existing PRISM architecture into an implementation program. The objective is not to freeze every circuit choice prematurely. The objective is to freeze the \emph{semantic contracts} that software, simulation, FPGA and ASIC implementations must share, while keeping physical parameters adjustable until measurement and synthesis justify them. The architecture is organized around one principle: \[ \boxed{\text{Do not materialize, move, or schedule structure already declared inactive.}}
pUse in source · 3 passages
Search aliases: p
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 73
[0.12in] LARGEbfseries Implementation and Deployment Blueprint v0.2 [0.18in] large Packet-programmable mixed-representation accelerator [0.05in] large Transformation plane + resolution plane + certificate-gated commit [0.45in] rule0.90linewidth0.8pt [0.28in] 0.88linewidth>bfseriesp1.55inX Baseline · PRISM-1 Final Updated architecture specification Revision · PRISM-1R physicalization and deployment blueprint Deployment target · Golden model rightarrow CUDA rightarrow cycle simulator rightarrow FP…
Exact mathematical passage
0.12in] {\LARGE\bfseries Implementation and Deployment Blueprint v0.2}\\[0.18in] {\large Packet-programmable mixed-representation accelerator}\\[0.05in] {\large Transformation plane + resolution plane + certificate-gated commit}\\[0.45in] \rule{0.90\linewidth}{0.8pt}\\[0.28in] \begin{tabularx}{0.88\linewidth}{>{\bfseries}p{1.55in}X} Baseline & PRISM-1 Final Updated architecture specification \\ Revision & PRISM-1R physicalization and deployment blueprint \\ Deployment target & Golden model $\rightarrow$ CUDA $\rightarrow$ cycle simulator $\rightarrow$ FPGA $\rightarrow$ shuttle chiplet $\rightarrow$ reference chiplet $\rightarrow$ full package \\ Primary rule & Preserve structure. Execute locally. Refine only where evidence requires it. \\ Status & Engineering blueprint. Not fabricated silicon. All frequency, bandwidth, area and power values remain design targets until measured. \\ \end{tabularx} \vfill {\large Komorebi P.}\par \vspace{0.08in} {\small Implementation handoff draft v0.2}\par \end{center} \newpage \tableofcontents \newpage % ----------------------------------------------------------------------------- \section{Purpose and Deployment Philosophy} PRISM-1R converts the existing PRISM architecture into an implementation program. The objective is not to freeze every circuit choice prematurely. The objective is to freeze the \emph{semantic contracts} that software, simulation, FPGA and ASIC implementations must share, while keeping physical parameters adjustable until measurement and synthesis justify them. The architecture is organized around one principle: \[ \boxed{\text{Do not materialize, move, or schedule structure already declared inactive.}}
P_\alphaUse in source · 2 passages
Search aliases: P_α alpha
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 204
The transformation plane performs computation within the current representation and resolution: P_α x ⟼ P_β T P_α x.
Exact mathematical passage
P_\alpha x \longmapsto P_\beta T P_\alpha x.
P_{\alpha_1}Use in source · 1 passage
Search aliases: P_α_1 alpha
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 213
The resolution plane modifies the decomposition itself: P_α longleftrightarrow {P_α_1,…,P_α_k}.
Exact mathematical passage
P_\alpha \longleftrightarrow \{P_{\alpha_1},\ldots,P_{\alpha_k}\}.
P_{\alpha_k}Use in source · 1 passage
Search aliases: P_α_k alpha
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 213
The resolution plane modifies the decomposition itself: P_α longleftrightarrow {P_α_1,…,P_α_k}.
Exact mathematical passage
P_\alpha \longleftrightarrow \{P_{\alpha_1},\ldots,P_{\alpha_k}\}.
P_\betaUse in source · 1 passage
Search aliases: P_β beta
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 204
The transformation plane performs computation within the current representation and resolution: P_α x ⟼ P_β T P_α x.
Exact mathematical passage
P_\alpha x \longmapsto P_\beta T P_\alpha x.
\parUse in source · 1 passage
Search aliases: par
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 73
[0.12in] LARGEbfseries Implementation and Deployment Blueprint v0.2 [0.18in] large Packet-programmable mixed-representation accelerator [0.05in] large Transformation plane + resolution plane + certificate-gated commit [0.45in] rule0.90linewidth0.8pt [0.28in] 0.88linewidth>bfseriesp1.55inX Baseline · PRISM-1 Final Updated architecture specification Revision · PRISM-1R physicalization and deployment blueprint Deployment target · Golden model rightarrow CUDA rightarrow cycle simulator rightarrow FP…
Exact mathematical passage
0.12in] {\LARGE\bfseries Implementation and Deployment Blueprint v0.2}\\[0.18in] {\large Packet-programmable mixed-representation accelerator}\\[0.05in] {\large Transformation plane + resolution plane + certificate-gated commit}\\[0.45in] \rule{0.90\linewidth}{0.8pt}\\[0.28in] \begin{tabularx}{0.88\linewidth}{>{\bfseries}p{1.55in}X} Baseline & PRISM-1 Final Updated architecture specification \\ Revision & PRISM-1R physicalization and deployment blueprint \\ Deployment target & Golden model $\rightarrow$ CUDA $\rightarrow$ cycle simulator $\rightarrow$ FPGA $\rightarrow$ shuttle chiplet $\rightarrow$ reference chiplet $\rightarrow$ full package \\ Primary rule & Preserve structure. Execute locally. Refine only where evidence requires it. \\ Status & Engineering blueprint. Not fabricated silicon. All frequency, bandwidth, area and power values remain design targets until measured. \\ \end{tabularx} \vfill {\large Komorebi P.}\par \vspace{0.08in} {\small Implementation handoff draft v0.2}\par \end{center} \newpage \tableofcontents \newpage % ----------------------------------------------------------------------------- \section{Purpose and Deployment Philosophy} PRISM-1R converts the existing PRISM architecture into an implementation program. The objective is not to freeze every circuit choice prematurely. The objective is to freeze the \emph{semantic contracts} that software, simulation, FPGA and ASIC implementations must share, while keeping physical parameters adjustable until measurement and synthesis justify them. The architecture is organized around one principle: \[ \boxed{\text{Do not materialize, move, or schedule structure already declared inactive.}}
qUse in source · 1 passage
Search aliases: q
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 73
[0.12in] LARGEbfseries Implementation and Deployment Blueprint v0.2 [0.18in] large Packet-programmable mixed-representation accelerator [0.05in] large Transformation plane + resolution plane + certificate-gated commit [0.45in] rule0.90linewidth0.8pt [0.28in] 0.88linewidth>bfseriesp1.55inX Baseline · PRISM-1 Final Updated architecture specification Revision · PRISM-1R physicalization and deployment blueprint Deployment target · Golden model rightarrow CUDA rightarrow cycle simulator rightarrow FP…
Exact mathematical passage
0.12in] {\LARGE\bfseries Implementation and Deployment Blueprint v0.2}\\[0.18in] {\large Packet-programmable mixed-representation accelerator}\\[0.05in] {\large Transformation plane + resolution plane + certificate-gated commit}\\[0.45in] \rule{0.90\linewidth}{0.8pt}\\[0.28in] \begin{tabularx}{0.88\linewidth}{>{\bfseries}p{1.55in}X} Baseline & PRISM-1 Final Updated architecture specification \\ Revision & PRISM-1R physicalization and deployment blueprint \\ Deployment target & Golden model $\rightarrow$ CUDA $\rightarrow$ cycle simulator $\rightarrow$ FPGA $\rightarrow$ shuttle chiplet $\rightarrow$ reference chiplet $\rightarrow$ full package \\ Primary rule & Preserve structure. Execute locally. Refine only where evidence requires it. \\ Status & Engineering blueprint. Not fabricated silicon. All frequency, bandwidth, area and power values remain design targets until measured. \\ \end{tabularx} \vfill {\large Komorebi P.}\par \vspace{0.08in} {\small Implementation handoff draft v0.2}\par \end{center} \newpage \tableofcontents \newpage % ----------------------------------------------------------------------------- \section{Purpose and Deployment Philosophy} PRISM-1R converts the existing PRISM architecture into an implementation program. The objective is not to freeze every circuit choice prematurely. The objective is to freeze the \emph{semantic contracts} that software, simulation, FPGA and ASIC implementations must share, while keeping physical parameters adjustable until measurement and synthesis justify them. The architecture is organized around one principle: \[ \boxed{\text{Do not materialize, move, or schedule structure already declared inactive.}}
RUse in source · 4 passages
Search aliases: R
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 73
[0.12in] LARGEbfseries Implementation and Deployment Blueprint v0.2 [0.18in] large Packet-programmable mixed-representation accelerator [0.05in] large Transformation plane + resolution plane + certificate-gated commit [0.45in] rule0.90linewidth0.8pt [0.28in] 0.88linewidth>bfseriesp1.55inX Baseline · PRISM-1 Final Updated architecture specification Revision · PRISM-1R physicalization and deployment blueprint Deployment target · Golden model rightarrow CUDA rightarrow cycle simulator rightarrow FP…
Exact mathematical passage
0.12in] {\LARGE\bfseries Implementation and Deployment Blueprint v0.2}\\[0.18in] {\large Packet-programmable mixed-representation accelerator}\\[0.05in] {\large Transformation plane + resolution plane + certificate-gated commit}\\[0.45in] \rule{0.90\linewidth}{0.8pt}\\[0.28in] \begin{tabularx}{0.88\linewidth}{>{\bfseries}p{1.55in}X} Baseline & PRISM-1 Final Updated architecture specification \\ Revision & PRISM-1R physicalization and deployment blueprint \\ Deployment target & Golden model $\rightarrow$ CUDA $\rightarrow$ cycle simulator $\rightarrow$ FPGA $\rightarrow$ shuttle chiplet $\rightarrow$ reference chiplet $\rightarrow$ full package \\ Primary rule & Preserve structure. Execute locally. Refine only where evidence requires it. \\ Status & Engineering blueprint. Not fabricated silicon. All frequency, bandwidth, area and power values remain design targets until measured. \\ \end{tabularx} \vfill {\large Komorebi P.}\par \vspace{0.08in} {\small Implementation handoff draft v0.2}\par \end{center} \newpage \tableofcontents \newpage % ----------------------------------------------------------------------------- \section{Purpose and Deployment Philosophy} PRISM-1R converts the existing PRISM architecture into an implementation program. The objective is not to freeze every circuit choice prematurely. The objective is to freeze the \emph{semantic contracts} that software, simulation, FPGA and ASIC implementations must share, while keeping physical parameters adjustable until measurement and synthesis justify them. The architecture is organized around one principle: \[ \boxed{\text{Do not materialize, move, or schedule structure already declared inactive.}}
rUse in source · 7 passages
Search aliases: r
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 73
[0.12in] LARGEbfseries Implementation and Deployment Blueprint v0.2 [0.18in] large Packet-programmable mixed-representation accelerator [0.05in] large Transformation plane + resolution plane + certificate-gated commit [0.45in] rule0.90linewidth0.8pt [0.28in] 0.88linewidth>bfseriesp1.55inX Baseline · PRISM-1 Final Updated architecture specification Revision · PRISM-1R physicalization and deployment blueprint Deployment target · Golden model rightarrow CUDA rightarrow cycle simulator rightarrow FP…
Exact mathematical passage
0.12in] {\LARGE\bfseries Implementation and Deployment Blueprint v0.2}\\[0.18in] {\large Packet-programmable mixed-representation accelerator}\\[0.05in] {\large Transformation plane + resolution plane + certificate-gated commit}\\[0.45in] \rule{0.90\linewidth}{0.8pt}\\[0.28in] \begin{tabularx}{0.88\linewidth}{>{\bfseries}p{1.55in}X} Baseline & PRISM-1 Final Updated architecture specification \\ Revision & PRISM-1R physicalization and deployment blueprint \\ Deployment target & Golden model $\rightarrow$ CUDA $\rightarrow$ cycle simulator $\rightarrow$ FPGA $\rightarrow$ shuttle chiplet $\rightarrow$ reference chiplet $\rightarrow$ full package \\ Primary rule & Preserve structure. Execute locally. Refine only where evidence requires it. \\ Status & Engineering blueprint. Not fabricated silicon. All frequency, bandwidth, area and power values remain design targets until measured. \\ \end{tabularx} \vfill {\large Komorebi P.}\par \vspace{0.08in} {\small Implementation handoff draft v0.2}\par \end{center} \newpage \tableofcontents \newpage % ----------------------------------------------------------------------------- \section{Purpose and Deployment Philosophy} PRISM-1R converts the existing PRISM architecture into an implementation program. The objective is not to freeze every circuit choice prematurely. The objective is to freeze the \emph{semantic contracts} that software, simulation, FPGA and ASIC implementations must share, while keeping physical parameters adjustable until measurement and synthesis justify them. The architecture is organized around one principle: \[ \boxed{\text{Do not materialize, move, or schedule structure already declared inactive.}}
r_i^2Use in source · 1 passage
Search aliases: r_i^2
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 417
For example, local squared residual summaries may reduce as R_P^2=∑_i r_i^2 without transmitting the original packet tensor through the certificate network.
Exact mathematical passage
R_P^2=\sum_i r_i^2
R_P^2Use in source · 1 passage
Search aliases: R_P^2
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 417
For example, local squared residual summaries may reduce as R_P^2=∑_i r_i^2 without transmitting the original packet tensor through the certificate network.
Exact mathematical passage
R_P^2=\sum_i r_i^2
\rightarrowUse in source · 8 passages
Search aliases: rightarrow
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 73
[0.12in] LARGEbfseries Implementation and Deployment Blueprint v0.2 [0.18in] large Packet-programmable mixed-representation accelerator [0.05in] large Transformation plane + resolution plane + certificate-gated commit [0.45in] rule0.90linewidth0.8pt [0.28in] 0.88linewidth>bfseriesp1.55inX Baseline · PRISM-1 Final Updated architecture specification Revision · PRISM-1R physicalization and deployment blueprint Deployment target · Golden model rightarrow CUDA rightarrow cycle simulator rightarrow FP…
Exact mathematical passage
0.12in] {\LARGE\bfseries Implementation and Deployment Blueprint v0.2}\\[0.18in] {\large Packet-programmable mixed-representation accelerator}\\[0.05in] {\large Transformation plane + resolution plane + certificate-gated commit}\\[0.45in] \rule{0.90\linewidth}{0.8pt}\\[0.28in] \begin{tabularx}{0.88\linewidth}{>{\bfseries}p{1.55in}X} Baseline & PRISM-1 Final Updated architecture specification \\ Revision & PRISM-1R physicalization and deployment blueprint \\ Deployment target & Golden model $\rightarrow$ CUDA $\rightarrow$ cycle simulator $\rightarrow$ FPGA $\rightarrow$ shuttle chiplet $\rightarrow$ reference chiplet $\rightarrow$ full package \\ Primary rule & Preserve structure. Execute locally. Refine only where evidence requires it. \\ Status & Engineering blueprint. Not fabricated silicon. All frequency, bandwidth, area and power values remain design targets until measured. \\ \end{tabularx} \vfill {\large Komorebi P.}\par \vspace{0.08in} {\small Implementation handoff draft v0.2}\par \end{center} \newpage \tableofcontents \newpage % ----------------------------------------------------------------------------- \section{Purpose and Deployment Philosophy} PRISM-1R converts the existing PRISM architecture into an implementation program. The objective is not to freeze every circuit choice prematurely. The objective is to freeze the \emph{semantic contracts} that software, simulation, FPGA and ASIC implementations must share, while keeping physical parameters adjustable until measurement and synthesis justify them. The architecture is organized around one principle: \[ \boxed{\text{Do not materialize, move, or schedule structure already declared inactive.}}
\rmUse in source · 9 passages
Search aliases: rm
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 222
Each mutable packet family carries a generation number g. A command records the generation it consumed. Refinement increments g for the affected family. A provisional result may commit only if g_rm consumed=g_rm current.
Exact mathematical passage
\boxed{g_{\rm consumed}=g_{\rm current}.}
\ruleUse in source · 1 passage
Search aliases: rule
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 73
[0.12in] LARGEbfseries Implementation and Deployment Blueprint v0.2 [0.18in] large Packet-programmable mixed-representation accelerator [0.05in] large Transformation plane + resolution plane + certificate-gated commit [0.45in] rule0.90linewidth0.8pt [0.28in] 0.88linewidth>bfseriesp1.55inX Baseline · PRISM-1 Final Updated architecture specification Revision · PRISM-1R physicalization and deployment blueprint Deployment target · Golden model rightarrow CUDA rightarrow cycle simulator rightarrow FP…
Exact mathematical passage
0.12in] {\LARGE\bfseries Implementation and Deployment Blueprint v0.2}\\[0.18in] {\large Packet-programmable mixed-representation accelerator}\\[0.05in] {\large Transformation plane + resolution plane + certificate-gated commit}\\[0.45in] \rule{0.90\linewidth}{0.8pt}\\[0.28in] \begin{tabularx}{0.88\linewidth}{>{\bfseries}p{1.55in}X} Baseline & PRISM-1 Final Updated architecture specification \\ Revision & PRISM-1R physicalization and deployment blueprint \\ Deployment target & Golden model $\rightarrow$ CUDA $\rightarrow$ cycle simulator $\rightarrow$ FPGA $\rightarrow$ shuttle chiplet $\rightarrow$ reference chiplet $\rightarrow$ full package \\ Primary rule & Preserve structure. Execute locally. Refine only where evidence requires it. \\ Status & Engineering blueprint. Not fabricated silicon. All frequency, bandwidth, area and power values remain design targets until measured. \\ \end{tabularx} \vfill {\large Komorebi P.}\par \vspace{0.08in} {\small Implementation handoff draft v0.2}\par \end{center} \newpage \tableofcontents \newpage % ----------------------------------------------------------------------------- \section{Purpose and Deployment Philosophy} PRISM-1R converts the existing PRISM architecture into an implementation program. The objective is not to freeze every circuit choice prematurely. The objective is to freeze the \emph{semantic contracts} that software, simulation, FPGA and ASIC implementations must share, while keeping physical parameters adjustable until measurement and synthesis justify them. The architecture is organized around one principle: \[ \boxed{\text{Do not materialize, move, or schedule structure already declared inactive.}}
SUse in source · 4 passages
Search aliases: S
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 73
[0.12in] LARGEbfseries Implementation and Deployment Blueprint v0.2 [0.18in] large Packet-programmable mixed-representation accelerator [0.05in] large Transformation plane + resolution plane + certificate-gated commit [0.45in] rule0.90linewidth0.8pt [0.28in] 0.88linewidth>bfseriesp1.55inX Baseline · PRISM-1 Final Updated architecture specification Revision · PRISM-1R physicalization and deployment blueprint Deployment target · Golden model rightarrow CUDA rightarrow cycle simulator rightarrow FP…
Exact mathematical passage
0.12in] {\LARGE\bfseries Implementation and Deployment Blueprint v0.2}\\[0.18in] {\large Packet-programmable mixed-representation accelerator}\\[0.05in] {\large Transformation plane + resolution plane + certificate-gated commit}\\[0.45in] \rule{0.90\linewidth}{0.8pt}\\[0.28in] \begin{tabularx}{0.88\linewidth}{>{\bfseries}p{1.55in}X} Baseline & PRISM-1 Final Updated architecture specification \\ Revision & PRISM-1R physicalization and deployment blueprint \\ Deployment target & Golden model $\rightarrow$ CUDA $\rightarrow$ cycle simulator $\rightarrow$ FPGA $\rightarrow$ shuttle chiplet $\rightarrow$ reference chiplet $\rightarrow$ full package \\ Primary rule & Preserve structure. Execute locally. Refine only where evidence requires it. \\ Status & Engineering blueprint. Not fabricated silicon. All frequency, bandwidth, area and power values remain design targets until measured. \\ \end{tabularx} \vfill {\large Komorebi P.}\par \vspace{0.08in} {\small Implementation handoff draft v0.2}\par \end{center} \newpage \tableofcontents \newpage % ----------------------------------------------------------------------------- \section{Purpose and Deployment Philosophy} PRISM-1R converts the existing PRISM architecture into an implementation program. The objective is not to freeze every circuit choice prematurely. The objective is to freeze the \emph{semantic contracts} that software, simulation, FPGA and ASIC implementations must share, while keeping physical parameters adjustable until measurement and synthesis justify them. The architecture is organized around one principle: \[ \boxed{\text{Do not materialize, move, or schedule structure already declared inactive.}}
sUse in source · 6 passages
Search aliases: s
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 73
[0.12in] LARGEbfseries Implementation and Deployment Blueprint v0.2 [0.18in] large Packet-programmable mixed-representation accelerator [0.05in] large Transformation plane + resolution plane + certificate-gated commit [0.45in] rule0.90linewidth0.8pt [0.28in] 0.88linewidth>bfseriesp1.55inX Baseline · PRISM-1 Final Updated architecture specification Revision · PRISM-1R physicalization and deployment blueprint Deployment target · Golden model rightarrow CUDA rightarrow cycle simulator rightarrow FP…
Exact mathematical passage
0.12in] {\LARGE\bfseries Implementation and Deployment Blueprint v0.2}\\[0.18in] {\large Packet-programmable mixed-representation accelerator}\\[0.05in] {\large Transformation plane + resolution plane + certificate-gated commit}\\[0.45in] \rule{0.90\linewidth}{0.8pt}\\[0.28in] \begin{tabularx}{0.88\linewidth}{>{\bfseries}p{1.55in}X} Baseline & PRISM-1 Final Updated architecture specification \\ Revision & PRISM-1R physicalization and deployment blueprint \\ Deployment target & Golden model $\rightarrow$ CUDA $\rightarrow$ cycle simulator $\rightarrow$ FPGA $\rightarrow$ shuttle chiplet $\rightarrow$ reference chiplet $\rightarrow$ full package \\ Primary rule & Preserve structure. Execute locally. Refine only where evidence requires it. \\ Status & Engineering blueprint. Not fabricated silicon. All frequency, bandwidth, area and power values remain design targets until measured. \\ \end{tabularx} \vfill {\large Komorebi P.}\par \vspace{0.08in} {\small Implementation handoff draft v0.2}\par \end{center} \newpage \tableofcontents \newpage % ----------------------------------------------------------------------------- \section{Purpose and Deployment Philosophy} PRISM-1R converts the existing PRISM architecture into an implementation program. The objective is not to freeze every circuit choice prematurely. The objective is to freeze the \emph{semantic contracts} that software, simulation, FPGA and ASIC implementations must share, while keeping physical parameters adjustable until measurement and synthesis justify them. The architecture is organized around one principle: \[ \boxed{\text{Do not materialize, move, or schedule structure already declared inactive.}}
S_{\rm amortized}Use in source · 1 passage
Search aliases: S_rm amortized rm
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 644
Each experiment should separate: S_rm representation, S_rm backend, S_rm architecture, S_rm amortized.
Exact mathematical passage
S_{\rm representation},\quad S_{\rm backend},\quad S_{\rm architecture},\quad S_{\rm amortized}.
S_{\rm architecture}Use in source · 1 passage
Search aliases: S_rm architecture rm
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 644
Each experiment should separate: S_rm representation, S_rm backend, S_rm architecture, S_rm amortized.
Exact mathematical passage
S_{\rm representation},\quad S_{\rm backend},\quad S_{\rm architecture},\quad S_{\rm amortized}.
S_{\rm backend}Use in source · 1 passage
Search aliases: S_rm backend rm
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 644
Each experiment should separate: S_rm representation, S_rm backend, S_rm architecture, S_rm amortized.
Exact mathematical passage
S_{\rm representation},\quad S_{\rm backend},\quad S_{\rm architecture},\quad S_{\rm amortized}.
S_{\rm representation}Use in source · 1 passage
Search aliases: S_rm representation rm
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 644
Each experiment should separate: S_rm representation, S_rm backend, S_rm architecture, S_rm amortized.
Exact mathematical passage
S_{\rm representation},\quad S_{\rm backend},\quad S_{\rm architecture},\quad S_{\rm amortized}.
\sectionUse in source · 1 passage
Search aliases: section
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 73
[0.12in] LARGEbfseries Implementation and Deployment Blueprint v0.2 [0.18in] large Packet-programmable mixed-representation accelerator [0.05in] large Transformation plane + resolution plane + certificate-gated commit [0.45in] rule0.90linewidth0.8pt [0.28in] 0.88linewidth>bfseriesp1.55inX Baseline · PRISM-1 Final Updated architecture specification Revision · PRISM-1R physicalization and deployment blueprint Deployment target · Golden model rightarrow CUDA rightarrow cycle simulator rightarrow FP…
Exact mathematical passage
0.12in] {\LARGE\bfseries Implementation and Deployment Blueprint v0.2}\\[0.18in] {\large Packet-programmable mixed-representation accelerator}\\[0.05in] {\large Transformation plane + resolution plane + certificate-gated commit}\\[0.45in] \rule{0.90\linewidth}{0.8pt}\\[0.28in] \begin{tabularx}{0.88\linewidth}{>{\bfseries}p{1.55in}X} Baseline & PRISM-1 Final Updated architecture specification \\ Revision & PRISM-1R physicalization and deployment blueprint \\ Deployment target & Golden model $\rightarrow$ CUDA $\rightarrow$ cycle simulator $\rightarrow$ FPGA $\rightarrow$ shuttle chiplet $\rightarrow$ reference chiplet $\rightarrow$ full package \\ Primary rule & Preserve structure. Execute locally. Refine only where evidence requires it. \\ Status & Engineering blueprint. Not fabricated silicon. All frequency, bandwidth, area and power values remain design targets until measured. \\ \end{tabularx} \vfill {\large Komorebi P.}\par \vspace{0.08in} {\small Implementation handoff draft v0.2}\par \end{center} \newpage \tableofcontents \newpage % ----------------------------------------------------------------------------- \section{Purpose and Deployment Philosophy} PRISM-1R converts the existing PRISM architecture into an implementation program. The objective is not to freeze every circuit choice prematurely. The objective is to freeze the \emph{semantic contracts} that software, simulation, FPGA and ASIC implementations must share, while keeping physical parameters adjustable until measurement and synthesis justify them. The architecture is organized around one principle: \[ \boxed{\text{Do not materialize, move, or schedule structure already declared inactive.}}
\smallUse in source · 1 passage
Search aliases: small
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 73
[0.12in] LARGEbfseries Implementation and Deployment Blueprint v0.2 [0.18in] large Packet-programmable mixed-representation accelerator [0.05in] large Transformation plane + resolution plane + certificate-gated commit [0.45in] rule0.90linewidth0.8pt [0.28in] 0.88linewidth>bfseriesp1.55inX Baseline · PRISM-1 Final Updated architecture specification Revision · PRISM-1R physicalization and deployment blueprint Deployment target · Golden model rightarrow CUDA rightarrow cycle simulator rightarrow FP…
Exact mathematical passage
0.12in] {\LARGE\bfseries Implementation and Deployment Blueprint v0.2}\\[0.18in] {\large Packet-programmable mixed-representation accelerator}\\[0.05in] {\large Transformation plane + resolution plane + certificate-gated commit}\\[0.45in] \rule{0.90\linewidth}{0.8pt}\\[0.28in] \begin{tabularx}{0.88\linewidth}{>{\bfseries}p{1.55in}X} Baseline & PRISM-1 Final Updated architecture specification \\ Revision & PRISM-1R physicalization and deployment blueprint \\ Deployment target & Golden model $\rightarrow$ CUDA $\rightarrow$ cycle simulator $\rightarrow$ FPGA $\rightarrow$ shuttle chiplet $\rightarrow$ reference chiplet $\rightarrow$ full package \\ Primary rule & Preserve structure. Execute locally. Refine only where evidence requires it. \\ Status & Engineering blueprint. Not fabricated silicon. All frequency, bandwidth, area and power values remain design targets until measured. \\ \end{tabularx} \vfill {\large Komorebi P.}\par \vspace{0.08in} {\small Implementation handoff draft v0.2}\par \end{center} \newpage \tableofcontents \newpage % ----------------------------------------------------------------------------- \section{Purpose and Deployment Philosophy} PRISM-1R converts the existing PRISM architecture into an implementation program. The objective is not to freeze every circuit choice prematurely. The objective is to freeze the \emph{semantic contracts} that software, simulation, FPGA and ASIC implementations must share, while keeping physical parameters adjustable until measurement and synthesis justify them. The architecture is organized around one principle: \[ \boxed{\text{Do not materialize, move, or schedule structure already declared inactive.}}
\squareUse in source · 1 passage
Search aliases: square
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 988
[label=square] item Packet / transfer / atlas / refinement / generation descriptor schemas are versioned. item Packet IR canonical serialization is stable. item Output contracts are explicit and tested. item Commit and replay state machines are formally specified. item Generation invalidation rules are formally specified. item Minimum C0-C3 traffic guarantees are specified. item Scratchpad allocator contract and bank-conflict behavior are specified. item Supported arithmetic formats and rounding…
Exact mathematical passage
\square
TUse in source · 2 passages
Search aliases: T
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 73
[0.12in] LARGEbfseries Implementation and Deployment Blueprint v0.2 [0.18in] large Packet-programmable mixed-representation accelerator [0.05in] large Transformation plane + resolution plane + certificate-gated commit [0.45in] rule0.90linewidth0.8pt [0.28in] 0.88linewidth>bfseriesp1.55inX Baseline · PRISM-1 Final Updated architecture specification Revision · PRISM-1R physicalization and deployment blueprint Deployment target · Golden model rightarrow CUDA rightarrow cycle simulator rightarrow FP…
Exact mathematical passage
0.12in] {\LARGE\bfseries Implementation and Deployment Blueprint v0.2}\\[0.18in] {\large Packet-programmable mixed-representation accelerator}\\[0.05in] {\large Transformation plane + resolution plane + certificate-gated commit}\\[0.45in] \rule{0.90\linewidth}{0.8pt}\\[0.28in] \begin{tabularx}{0.88\linewidth}{>{\bfseries}p{1.55in}X} Baseline & PRISM-1 Final Updated architecture specification \\ Revision & PRISM-1R physicalization and deployment blueprint \\ Deployment target & Golden model $\rightarrow$ CUDA $\rightarrow$ cycle simulator $\rightarrow$ FPGA $\rightarrow$ shuttle chiplet $\rightarrow$ reference chiplet $\rightarrow$ full package \\ Primary rule & Preserve structure. Execute locally. Refine only where evidence requires it. \\ Status & Engineering blueprint. Not fabricated silicon. All frequency, bandwidth, area and power values remain design targets until measured. \\ \end{tabularx} \vfill {\large Komorebi P.}\par \vspace{0.08in} {\small Implementation handoff draft v0.2}\par \end{center} \newpage \tableofcontents \newpage % ----------------------------------------------------------------------------- \section{Purpose and Deployment Philosophy} PRISM-1R converts the existing PRISM architecture into an implementation program. The objective is not to freeze every circuit choice prematurely. The objective is to freeze the \emph{semantic contracts} that software, simulation, FPGA and ASIC implementations must share, while keeping physical parameters adjustable until measurement and synthesis justify them. The architecture is organized around one principle: \[ \boxed{\text{Do not materialize, move, or schedule structure already declared inactive.}}
tUse in source · 6 passages
Search aliases: t
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 73
[0.12in] LARGEbfseries Implementation and Deployment Blueprint v0.2 [0.18in] large Packet-programmable mixed-representation accelerator [0.05in] large Transformation plane + resolution plane + certificate-gated commit [0.45in] rule0.90linewidth0.8pt [0.28in] 0.88linewidth>bfseriesp1.55inX Baseline · PRISM-1 Final Updated architecture specification Revision · PRISM-1R physicalization and deployment blueprint Deployment target · Golden model rightarrow CUDA rightarrow cycle simulator rightarrow FP…
Exact mathematical passage
0.12in] {\LARGE\bfseries Implementation and Deployment Blueprint v0.2}\\[0.18in] {\large Packet-programmable mixed-representation accelerator}\\[0.05in] {\large Transformation plane + resolution plane + certificate-gated commit}\\[0.45in] \rule{0.90\linewidth}{0.8pt}\\[0.28in] \begin{tabularx}{0.88\linewidth}{>{\bfseries}p{1.55in}X} Baseline & PRISM-1 Final Updated architecture specification \\ Revision & PRISM-1R physicalization and deployment blueprint \\ Deployment target & Golden model $\rightarrow$ CUDA $\rightarrow$ cycle simulator $\rightarrow$ FPGA $\rightarrow$ shuttle chiplet $\rightarrow$ reference chiplet $\rightarrow$ full package \\ Primary rule & Preserve structure. Execute locally. Refine only where evidence requires it. \\ Status & Engineering blueprint. Not fabricated silicon. All frequency, bandwidth, area and power values remain design targets until measured. \\ \end{tabularx} \vfill {\large Komorebi P.}\par \vspace{0.08in} {\small Implementation handoff draft v0.2}\par \end{center} \newpage \tableofcontents \newpage % ----------------------------------------------------------------------------- \section{Purpose and Deployment Philosophy} PRISM-1R converts the existing PRISM architecture into an implementation program. The objective is not to freeze every circuit choice prematurely. The objective is to freeze the \emph{semantic contracts} that software, simulation, FPGA and ASIC implementations must share, while keeping physical parameters adjustable until measurement and synthesis justify them. The architecture is organized around one principle: \[ \boxed{\text{Do not materialize, move, or schedule structure already declared inactive.}}
\tableofcontentsUse in source · 1 passage
Search aliases: tableofcontents
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 73
[0.12in] LARGEbfseries Implementation and Deployment Blueprint v0.2 [0.18in] large Packet-programmable mixed-representation accelerator [0.05in] large Transformation plane + resolution plane + certificate-gated commit [0.45in] rule0.90linewidth0.8pt [0.28in] 0.88linewidth>bfseriesp1.55inX Baseline · PRISM-1 Final Updated architecture specification Revision · PRISM-1R physicalization and deployment blueprint Deployment target · Golden model rightarrow CUDA rightarrow cycle simulator rightarrow FP…
Exact mathematical passage
0.12in] {\LARGE\bfseries Implementation and Deployment Blueprint v0.2}\\[0.18in] {\large Packet-programmable mixed-representation accelerator}\\[0.05in] {\large Transformation plane + resolution plane + certificate-gated commit}\\[0.45in] \rule{0.90\linewidth}{0.8pt}\\[0.28in] \begin{tabularx}{0.88\linewidth}{>{\bfseries}p{1.55in}X} Baseline & PRISM-1 Final Updated architecture specification \\ Revision & PRISM-1R physicalization and deployment blueprint \\ Deployment target & Golden model $\rightarrow$ CUDA $\rightarrow$ cycle simulator $\rightarrow$ FPGA $\rightarrow$ shuttle chiplet $\rightarrow$ reference chiplet $\rightarrow$ full package \\ Primary rule & Preserve structure. Execute locally. Refine only where evidence requires it. \\ Status & Engineering blueprint. Not fabricated silicon. All frequency, bandwidth, area and power values remain design targets until measured. \\ \end{tabularx} \vfill {\large Komorebi P.}\par \vspace{0.08in} {\small Implementation handoff draft v0.2}\par \end{center} \newpage \tableofcontents \newpage % ----------------------------------------------------------------------------- \section{Purpose and Deployment Philosophy} PRISM-1R converts the existing PRISM architecture into an implementation program. The objective is not to freeze every circuit choice prematurely. The objective is to freeze the \emph{semantic contracts} that software, simulation, FPGA and ASIC implementations must share, while keeping physical parameters adjustable until measurement and synthesis justify them. The architecture is organized around one principle: \[ \boxed{\text{Do not materialize, move, or schedule structure already declared inactive.}}
UUse in source · 1 passage
Search aliases: U
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 73
[0.12in] LARGEbfseries Implementation and Deployment Blueprint v0.2 [0.18in] large Packet-programmable mixed-representation accelerator [0.05in] large Transformation plane + resolution plane + certificate-gated commit [0.45in] rule0.90linewidth0.8pt [0.28in] 0.88linewidth>bfseriesp1.55inX Baseline · PRISM-1 Final Updated architecture specification Revision · PRISM-1R physicalization and deployment blueprint Deployment target · Golden model rightarrow CUDA rightarrow cycle simulator rightarrow FP…
Exact mathematical passage
0.12in] {\LARGE\bfseries Implementation and Deployment Blueprint v0.2}\\[0.18in] {\large Packet-programmable mixed-representation accelerator}\\[0.05in] {\large Transformation plane + resolution plane + certificate-gated commit}\\[0.45in] \rule{0.90\linewidth}{0.8pt}\\[0.28in] \begin{tabularx}{0.88\linewidth}{>{\bfseries}p{1.55in}X} Baseline & PRISM-1 Final Updated architecture specification \\ Revision & PRISM-1R physicalization and deployment blueprint \\ Deployment target & Golden model $\rightarrow$ CUDA $\rightarrow$ cycle simulator $\rightarrow$ FPGA $\rightarrow$ shuttle chiplet $\rightarrow$ reference chiplet $\rightarrow$ full package \\ Primary rule & Preserve structure. Execute locally. Refine only where evidence requires it. \\ Status & Engineering blueprint. Not fabricated silicon. All frequency, bandwidth, area and power values remain design targets until measured. \\ \end{tabularx} \vfill {\large Komorebi P.}\par \vspace{0.08in} {\small Implementation handoff draft v0.2}\par \end{center} \newpage \tableofcontents \newpage % ----------------------------------------------------------------------------- \section{Purpose and Deployment Philosophy} PRISM-1R converts the existing PRISM architecture into an implementation program. The objective is not to freeze every circuit choice prematurely. The objective is to freeze the \emph{semantic contracts} that software, simulation, FPGA and ASIC implementations must share, while keeping physical parameters adjustable until measurement and synthesis justify them. The architecture is organized around one principle: \[ \boxed{\text{Do not materialize, move, or schedule structure already declared inactive.}}
uUse in source · 4 passages
Search aliases: u
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 73
[0.12in] LARGEbfseries Implementation and Deployment Blueprint v0.2 [0.18in] large Packet-programmable mixed-representation accelerator [0.05in] large Transformation plane + resolution plane + certificate-gated commit [0.45in] rule0.90linewidth0.8pt [0.28in] 0.88linewidth>bfseriesp1.55inX Baseline · PRISM-1 Final Updated architecture specification Revision · PRISM-1R physicalization and deployment blueprint Deployment target · Golden model rightarrow CUDA rightarrow cycle simulator rightarrow FP…
Exact mathematical passage
0.12in] {\LARGE\bfseries Implementation and Deployment Blueprint v0.2}\\[0.18in] {\large Packet-programmable mixed-representation accelerator}\\[0.05in] {\large Transformation plane + resolution plane + certificate-gated commit}\\[0.45in] \rule{0.90\linewidth}{0.8pt}\\[0.28in] \begin{tabularx}{0.88\linewidth}{>{\bfseries}p{1.55in}X} Baseline & PRISM-1 Final Updated architecture specification \\ Revision & PRISM-1R physicalization and deployment blueprint \\ Deployment target & Golden model $\rightarrow$ CUDA $\rightarrow$ cycle simulator $\rightarrow$ FPGA $\rightarrow$ shuttle chiplet $\rightarrow$ reference chiplet $\rightarrow$ full package \\ Primary rule & Preserve structure. Execute locally. Refine only where evidence requires it. \\ Status & Engineering blueprint. Not fabricated silicon. All frequency, bandwidth, area and power values remain design targets until measured. \\ \end{tabularx} \vfill {\large Komorebi P.}\par \vspace{0.08in} {\small Implementation handoff draft v0.2}\par \end{center} \newpage \tableofcontents \newpage % ----------------------------------------------------------------------------- \section{Purpose and Deployment Philosophy} PRISM-1R converts the existing PRISM architecture into an implementation program. The objective is not to freeze every circuit choice prematurely. The objective is to freeze the \emph{semantic contracts} that software, simulation, FPGA and ASIC implementations must share, while keeping physical parameters adjustable until measurement and synthesis justify them. The architecture is organized around one principle: \[ \boxed{\text{Do not materialize, move, or schedule structure already declared inactive.}}
vUse in source · 1 passage
Search aliases: v
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 73
[0.12in] LARGEbfseries Implementation and Deployment Blueprint v0.2 [0.18in] large Packet-programmable mixed-representation accelerator [0.05in] large Transformation plane + resolution plane + certificate-gated commit [0.45in] rule0.90linewidth0.8pt [0.28in] 0.88linewidth>bfseriesp1.55inX Baseline · PRISM-1 Final Updated architecture specification Revision · PRISM-1R physicalization and deployment blueprint Deployment target · Golden model rightarrow CUDA rightarrow cycle simulator rightarrow FP…
Exact mathematical passage
0.12in] {\LARGE\bfseries Implementation and Deployment Blueprint v0.2}\\[0.18in] {\large Packet-programmable mixed-representation accelerator}\\[0.05in] {\large Transformation plane + resolution plane + certificate-gated commit}\\[0.45in] \rule{0.90\linewidth}{0.8pt}\\[0.28in] \begin{tabularx}{0.88\linewidth}{>{\bfseries}p{1.55in}X} Baseline & PRISM-1 Final Updated architecture specification \\ Revision & PRISM-1R physicalization and deployment blueprint \\ Deployment target & Golden model $\rightarrow$ CUDA $\rightarrow$ cycle simulator $\rightarrow$ FPGA $\rightarrow$ shuttle chiplet $\rightarrow$ reference chiplet $\rightarrow$ full package \\ Primary rule & Preserve structure. Execute locally. Refine only where evidence requires it. \\ Status & Engineering blueprint. Not fabricated silicon. All frequency, bandwidth, area and power values remain design targets until measured. \\ \end{tabularx} \vfill {\large Komorebi P.}\par \vspace{0.08in} {\small Implementation handoff draft v0.2}\par \end{center} \newpage \tableofcontents \newpage % ----------------------------------------------------------------------------- \section{Purpose and Deployment Philosophy} PRISM-1R converts the existing PRISM architecture into an implementation program. The objective is not to freeze every circuit choice prematurely. The objective is to freeze the \emph{semantic contracts} that software, simulation, FPGA and ASIC implementations must share, while keeping physical parameters adjustable until measurement and synthesis justify them. The architecture is organized around one principle: \[ \boxed{\text{Do not materialize, move, or schedule structure already declared inactive.}}
\vfillUse in source · 1 passage
Search aliases: vfill
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 73
[0.12in] LARGEbfseries Implementation and Deployment Blueprint v0.2 [0.18in] large Packet-programmable mixed-representation accelerator [0.05in] large Transformation plane + resolution plane + certificate-gated commit [0.45in] rule0.90linewidth0.8pt [0.28in] 0.88linewidth>bfseriesp1.55inX Baseline · PRISM-1 Final Updated architecture specification Revision · PRISM-1R physicalization and deployment blueprint Deployment target · Golden model rightarrow CUDA rightarrow cycle simulator rightarrow FP…
Exact mathematical passage
0.12in] {\LARGE\bfseries Implementation and Deployment Blueprint v0.2}\\[0.18in] {\large Packet-programmable mixed-representation accelerator}\\[0.05in] {\large Transformation plane + resolution plane + certificate-gated commit}\\[0.45in] \rule{0.90\linewidth}{0.8pt}\\[0.28in] \begin{tabularx}{0.88\linewidth}{>{\bfseries}p{1.55in}X} Baseline & PRISM-1 Final Updated architecture specification \\ Revision & PRISM-1R physicalization and deployment blueprint \\ Deployment target & Golden model $\rightarrow$ CUDA $\rightarrow$ cycle simulator $\rightarrow$ FPGA $\rightarrow$ shuttle chiplet $\rightarrow$ reference chiplet $\rightarrow$ full package \\ Primary rule & Preserve structure. Execute locally. Refine only where evidence requires it. \\ Status & Engineering blueprint. Not fabricated silicon. All frequency, bandwidth, area and power values remain design targets until measured. \\ \end{tabularx} \vfill {\large Komorebi P.}\par \vspace{0.08in} {\small Implementation handoff draft v0.2}\par \end{center} \newpage \tableofcontents \newpage % ----------------------------------------------------------------------------- \section{Purpose and Deployment Philosophy} PRISM-1R converts the existing PRISM architecture into an implementation program. The objective is not to freeze every circuit choice prematurely. The objective is to freeze the \emph{semantic contracts} that software, simulation, FPGA and ASIC implementations must share, while keeping physical parameters adjustable until measurement and synthesis justify them. The architecture is organized around one principle: \[ \boxed{\text{Do not materialize, move, or schedule structure already declared inactive.}}
wUse in source · 3 passages
Search aliases: w
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 73
[0.12in] LARGEbfseries Implementation and Deployment Blueprint v0.2 [0.18in] large Packet-programmable mixed-representation accelerator [0.05in] large Transformation plane + resolution plane + certificate-gated commit [0.45in] rule0.90linewidth0.8pt [0.28in] 0.88linewidth>bfseriesp1.55inX Baseline · PRISM-1 Final Updated architecture specification Revision · PRISM-1R physicalization and deployment blueprint Deployment target · Golden model rightarrow CUDA rightarrow cycle simulator rightarrow FP…
Exact mathematical passage
0.12in] {\LARGE\bfseries Implementation and Deployment Blueprint v0.2}\\[0.18in] {\large Packet-programmable mixed-representation accelerator}\\[0.05in] {\large Transformation plane + resolution plane + certificate-gated commit}\\[0.45in] \rule{0.90\linewidth}{0.8pt}\\[0.28in] \begin{tabularx}{0.88\linewidth}{>{\bfseries}p{1.55in}X} Baseline & PRISM-1 Final Updated architecture specification \\ Revision & PRISM-1R physicalization and deployment blueprint \\ Deployment target & Golden model $\rightarrow$ CUDA $\rightarrow$ cycle simulator $\rightarrow$ FPGA $\rightarrow$ shuttle chiplet $\rightarrow$ reference chiplet $\rightarrow$ full package \\ Primary rule & Preserve structure. Execute locally. Refine only where evidence requires it. \\ Status & Engineering blueprint. Not fabricated silicon. All frequency, bandwidth, area and power values remain design targets until measured. \\ \end{tabularx} \vfill {\large Komorebi P.}\par \vspace{0.08in} {\small Implementation handoff draft v0.2}\par \end{center} \newpage \tableofcontents \newpage % ----------------------------------------------------------------------------- \section{Purpose and Deployment Philosophy} PRISM-1R converts the existing PRISM architecture into an implementation program. The objective is not to freeze every circuit choice prematurely. The objective is to freeze the \emph{semantic contracts} that software, simulation, FPGA and ASIC implementations must share, while keeping physical parameters adjustable until measurement and synthesis justify them. The architecture is organized around one principle: \[ \boxed{\text{Do not materialize, move, or schedule structure already declared inactive.}}
w_{3:0}Use in source · 1 passage
Search aliases: w_3:0
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 898
A prototype mapping may use a configurable XOR swizzle, bank(w)= (w_3:0⊕ w_7:4⊕ h(P))bmod 16, where w is the local word index and h(P) is a four-bit packet/phase hash. This is an implementation policy, not part of the mathematical contract, and should be replaced if FPGA counters show worse behavior for target transforms.
Exact mathematical passage
\operatorname{bank}(w)= \bigl(w_{3:0}\oplus w_{7:4}\oplus h(P)\bigr)\bmod 16,
w_{7:4}Use in source · 1 passage
Search aliases: w_7:4
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 898
A prototype mapping may use a configurable XOR swizzle, bank(w)= (w_3:0⊕ w_7:4⊕ h(P))bmod 16, where w is the local word index and h(P) is a four-bit packet/phase hash. This is an implementation policy, not part of the mathematical contract, and should be replaced if FPGA counters show worse behavior for target transforms.
Exact mathematical passage
\operatorname{bank}(w)= \bigl(w_{3:0}\oplus w_{7:4}\oplus h(P)\bigr)\bmod 16,
XUse in source · 1 passage
Search aliases: X
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 73
[0.12in] LARGEbfseries Implementation and Deployment Blueprint v0.2 [0.18in] large Packet-programmable mixed-representation accelerator [0.05in] large Transformation plane + resolution plane + certificate-gated commit [0.45in] rule0.90linewidth0.8pt [0.28in] 0.88linewidth>bfseriesp1.55inX Baseline · PRISM-1 Final Updated architecture specification Revision · PRISM-1R physicalization and deployment blueprint Deployment target · Golden model rightarrow CUDA rightarrow cycle simulator rightarrow FP…
Exact mathematical passage
0.12in] {\LARGE\bfseries Implementation and Deployment Blueprint v0.2}\\[0.18in] {\large Packet-programmable mixed-representation accelerator}\\[0.05in] {\large Transformation plane + resolution plane + certificate-gated commit}\\[0.45in] \rule{0.90\linewidth}{0.8pt}\\[0.28in] \begin{tabularx}{0.88\linewidth}{>{\bfseries}p{1.55in}X} Baseline & PRISM-1 Final Updated architecture specification \\ Revision & PRISM-1R physicalization and deployment blueprint \\ Deployment target & Golden model $\rightarrow$ CUDA $\rightarrow$ cycle simulator $\rightarrow$ FPGA $\rightarrow$ shuttle chiplet $\rightarrow$ reference chiplet $\rightarrow$ full package \\ Primary rule & Preserve structure. Execute locally. Refine only where evidence requires it. \\ Status & Engineering blueprint. Not fabricated silicon. All frequency, bandwidth, area and power values remain design targets until measured. \\ \end{tabularx} \vfill {\large Komorebi P.}\par \vspace{0.08in} {\small Implementation handoff draft v0.2}\par \end{center} \newpage \tableofcontents \newpage % ----------------------------------------------------------------------------- \section{Purpose and Deployment Philosophy} PRISM-1R converts the existing PRISM architecture into an implementation program. The objective is not to freeze every circuit choice prematurely. The objective is to freeze the \emph{semantic contracts} that software, simulation, FPGA and ASIC implementations must share, while keeping physical parameters adjustable until measurement and synthesis justify them. The architecture is organized around one principle: \[ \boxed{\text{Do not materialize, move, or schedule structure already declared inactive.}}
xUse in source · 2 passages
Search aliases: x
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 73
[0.12in] LARGEbfseries Implementation and Deployment Blueprint v0.2 [0.18in] large Packet-programmable mixed-representation accelerator [0.05in] large Transformation plane + resolution plane + certificate-gated commit [0.45in] rule0.90linewidth0.8pt [0.28in] 0.88linewidth>bfseriesp1.55inX Baseline · PRISM-1 Final Updated architecture specification Revision · PRISM-1R physicalization and deployment blueprint Deployment target · Golden model rightarrow CUDA rightarrow cycle simulator rightarrow FP…
Exact mathematical passage
0.12in] {\LARGE\bfseries Implementation and Deployment Blueprint v0.2}\\[0.18in] {\large Packet-programmable mixed-representation accelerator}\\[0.05in] {\large Transformation plane + resolution plane + certificate-gated commit}\\[0.45in] \rule{0.90\linewidth}{0.8pt}\\[0.28in] \begin{tabularx}{0.88\linewidth}{>{\bfseries}p{1.55in}X} Baseline & PRISM-1 Final Updated architecture specification \\ Revision & PRISM-1R physicalization and deployment blueprint \\ Deployment target & Golden model $\rightarrow$ CUDA $\rightarrow$ cycle simulator $\rightarrow$ FPGA $\rightarrow$ shuttle chiplet $\rightarrow$ reference chiplet $\rightarrow$ full package \\ Primary rule & Preserve structure. Execute locally. Refine only where evidence requires it. \\ Status & Engineering blueprint. Not fabricated silicon. All frequency, bandwidth, area and power values remain design targets until measured. \\ \end{tabularx} \vfill {\large Komorebi P.}\par \vspace{0.08in} {\small Implementation handoff draft v0.2}\par \end{center} \newpage \tableofcontents \newpage % ----------------------------------------------------------------------------- \section{Purpose and Deployment Philosophy} PRISM-1R converts the existing PRISM architecture into an implementation program. The objective is not to freeze every circuit choice prematurely. The objective is to freeze the \emph{semantic contracts} that software, simulation, FPGA and ASIC implementations must share, while keeping physical parameters adjustable until measurement and synthesis justify them. The architecture is organized around one principle: \[ \boxed{\text{Do not materialize, move, or schedule structure already declared inactive.}}
yUse in source · 3 passages
Search aliases: y
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 73
[0.12in] LARGEbfseries Implementation and Deployment Blueprint v0.2 [0.18in] large Packet-programmable mixed-representation accelerator [0.05in] large Transformation plane + resolution plane + certificate-gated commit [0.45in] rule0.90linewidth0.8pt [0.28in] 0.88linewidth>bfseriesp1.55inX Baseline · PRISM-1 Final Updated architecture specification Revision · PRISM-1R physicalization and deployment blueprint Deployment target · Golden model rightarrow CUDA rightarrow cycle simulator rightarrow FP…
Exact mathematical passage
0.12in] {\LARGE\bfseries Implementation and Deployment Blueprint v0.2}\\[0.18in] {\large Packet-programmable mixed-representation accelerator}\\[0.05in] {\large Transformation plane + resolution plane + certificate-gated commit}\\[0.45in] \rule{0.90\linewidth}{0.8pt}\\[0.28in] \begin{tabularx}{0.88\linewidth}{>{\bfseries}p{1.55in}X} Baseline & PRISM-1 Final Updated architecture specification \\ Revision & PRISM-1R physicalization and deployment blueprint \\ Deployment target & Golden model $\rightarrow$ CUDA $\rightarrow$ cycle simulator $\rightarrow$ FPGA $\rightarrow$ shuttle chiplet $\rightarrow$ reference chiplet $\rightarrow$ full package \\ Primary rule & Preserve structure. Execute locally. Refine only where evidence requires it. \\ Status & Engineering blueprint. Not fabricated silicon. All frequency, bandwidth, area and power values remain design targets until measured. \\ \end{tabularx} \vfill {\large Komorebi P.}\par \vspace{0.08in} {\small Implementation handoff draft v0.2}\par \end{center} \newpage \tableofcontents \newpage % ----------------------------------------------------------------------------- \section{Purpose and Deployment Philosophy} PRISM-1R converts the existing PRISM architecture into an implementation program. The objective is not to freeze every circuit choice prematurely. The objective is to freeze the \emph{semantic contracts} that software, simulation, FPGA and ASIC implementations must share, while keeping physical parameters adjustable until measurement and synthesis justify them. The architecture is organized around one principle: \[ \boxed{\text{Do not materialize, move, or schedule structure already declared inactive.}}
zUse in source · 2 passages
Search aliases: z
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 73
[0.12in] LARGEbfseries Implementation and Deployment Blueprint v0.2 [0.18in] large Packet-programmable mixed-representation accelerator [0.05in] large Transformation plane + resolution plane + certificate-gated commit [0.45in] rule0.90linewidth0.8pt [0.28in] 0.88linewidth>bfseriesp1.55inX Baseline · PRISM-1 Final Updated architecture specification Revision · PRISM-1R physicalization and deployment blueprint Deployment target · Golden model rightarrow CUDA rightarrow cycle simulator rightarrow FP…
Exact mathematical passage
0.12in] {\LARGE\bfseries Implementation and Deployment Blueprint v0.2}\\[0.18in] {\large Packet-programmable mixed-representation accelerator}\\[0.05in] {\large Transformation plane + resolution plane + certificate-gated commit}\\[0.45in] \rule{0.90\linewidth}{0.8pt}\\[0.28in] \begin{tabularx}{0.88\linewidth}{>{\bfseries}p{1.55in}X} Baseline & PRISM-1 Final Updated architecture specification \\ Revision & PRISM-1R physicalization and deployment blueprint \\ Deployment target & Golden model $\rightarrow$ CUDA $\rightarrow$ cycle simulator $\rightarrow$ FPGA $\rightarrow$ shuttle chiplet $\rightarrow$ reference chiplet $\rightarrow$ full package \\ Primary rule & Preserve structure. Execute locally. Refine only where evidence requires it. \\ Status & Engineering blueprint. Not fabricated silicon. All frequency, bandwidth, area and power values remain design targets until measured. \\ \end{tabularx} \vfill {\large Komorebi P.}\par \vspace{0.08in} {\small Implementation handoff draft v0.2}\par \end{center} \newpage \tableofcontents \newpage % ----------------------------------------------------------------------------- \section{Purpose and Deployment Philosophy} PRISM-1R converts the existing PRISM architecture into an implementation program. The objective is not to freeze every circuit choice prematurely. The objective is to freeze the \emph{semantic contracts} that software, simulation, FPGA and ASIC implementations must share, while keeping physical parameters adjustable until measurement and synthesis justify them. The architecture is organized around one principle: \[ \boxed{\text{Do not materialize, move, or schedule structure already declared inactive.}}
\timesUse in source · 8 passages
Search aliases: × times
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 140
Matrix array per execution group · 16×16
Exact mathematical passage
16\times16
\alphaUse in source · 3 passages
Search aliases: α alpha
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 204
The transformation plane performs computation within the current representation and resolution: P_α x ⟼ P_β T P_α x.
Exact mathematical passage
P_\alpha x \longmapsto P_\beta T P_\alpha x.
\alpha_1Use in source · 1 passage
Search aliases: α_1 alpha
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 213
The resolution plane modifies the decomposition itself: P_α longleftrightarrow {P_α_1,…,P_α_k}.
Exact mathematical passage
P_\alpha \longleftrightarrow \{P_{\alpha_1},\ldots,P_{\alpha_k}\}.
\alpha_kUse in source · 1 passage
Search aliases: α_k alpha
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 213
The resolution plane modifies the decomposition itself: P_α longleftrightarrow {P_α_1,…,P_α_k}.
Exact mathematical passage
P_\alpha \longleftrightarrow \{P_{\alpha_1},\ldots,P_{\alpha_k}\}.
\betaUse in source · 2 passages
Search aliases: β beta
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 204
The transformation plane performs computation within the current representation and resolution: P_α x ⟼ P_β T P_α x.
Exact mathematical passage
P_\alpha x \longmapsto P_\beta T P_\alpha x.
\gammaUse in source · 1 passage
Search aliases: γ gamma
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 453
The PRISM-1R planner should minimize a physicalized cost rather than arithmetic alone: C(G)= α F +β B_rm HBM +γ B_rm SRAM +δ H_rm NoC +η L_rm sync +κ C_rm cert +ρ E[C_rm replay].
Exact mathematical passage
C(G)= \alpha F +\beta B_{\rm HBM} +\gamma B_{\rm SRAM} +\delta H_{\rm NoC} +\eta L_{\rm sync} +\kappa C_{\rm cert} +\rho\,\mathbb E[C_{\rm replay}].
\deltaUse in source · 1 passage
Search aliases: δ delta
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 453
The PRISM-1R planner should minimize a physicalized cost rather than arithmetic alone: C(G)= α F +β B_rm HBM +γ B_rm SRAM +δ H_rm NoC +η L_rm sync +κ C_rm cert +ρ E[C_rm replay].
Exact mathematical passage
C(G)= \alpha F +\beta B_{\rm HBM} +\gamma B_{\rm SRAM} +\delta H_{\rm NoC} +\eta L_{\rm sync} +\kappa C_{\rm cert} +\rho\,\mathbb E[C_{\rm replay}].
\etaUse in source · 1 passage
Search aliases: η eta
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 453
The PRISM-1R planner should minimize a physicalized cost rather than arithmetic alone: C(G)= α F +β B_rm HBM +γ B_rm SRAM +δ H_rm NoC +η L_rm sync +κ C_rm cert +ρ E[C_rm replay].
Exact mathematical passage
C(G)= \alpha F +\beta B_{\rm HBM} +\gamma B_{\rm SRAM} +\delta H_{\rm NoC} +\eta L_{\rm sync} +\kappa C_{\rm cert} +\rho\,\mathbb E[C_{\rm replay}].
\kappaUse in source · 1 passage
Search aliases: κ kappa
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 453
The PRISM-1R planner should minimize a physicalized cost rather than arithmetic alone: C(G)= α F +β B_rm HBM +γ B_rm SRAM +δ H_rm NoC +η L_rm sync +κ C_rm cert +ρ E[C_rm replay].
Exact mathematical passage
C(G)= \alpha F +\beta B_{\rm HBM} +\gamma B_{\rm SRAM} +\delta H_{\rm NoC} +\eta L_{\rm sync} +\kappa C_{\rm cert} +\rho\,\mathbb E[C_{\rm replay}].
\rhoUse in source · 1 passage
Search aliases: ρ rho
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 453
The PRISM-1R planner should minimize a physicalized cost rather than arithmetic alone: C(G)= α F +β B_rm HBM +γ B_rm SRAM +δ H_rm NoC +η L_rm sync +κ C_rm cert +ρ E[C_rm replay].
Exact mathematical passage
C(G)= \alpha F +\beta B_{\rm HBM} +\gamma B_{\rm SRAM} +\delta H_{\rm NoC} +\eta L_{\rm sync} +\kappa C_{\rm cert} +\rho\,\mathbb E[C_{\rm replay}].
\ldotsUse in source · 1 passage
Search aliases: … ldots
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 213
The resolution plane modifies the decomposition itself: P_α longleftrightarrow {P_α_1,…,P_α_k}.
Exact mathematical passage
P_\alpha \longleftrightarrow \{P_{\alpha_1},\ldots,P_{\alpha_k}\}.
\RightarrowUse in source · 1 passage
Search aliases: ⇒ Rightarrow
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 923
For I1 the hardware-level implication is simply (g_rm consumed≠ g_rm current)⇒ negcommit. The implementation package includes a minimal executable reference test for this invariant.
Exact mathematical passage
(g_{\rm consumed}\neq g_{\rm current})\Rightarrow \neg\texttt{commit}.
\inUse in source · 1 passage
Search aliases: ∈ in
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 348
The placement objective is not merely minimum latency. It is minimum structured movement: min ∑_e∈ E bytes(e)×hops(e).
Exact mathematical passage
\min \sum_{e\in E} \operatorname{bytes}(e)\times\operatorname{hops}(e).
\sumUse in source · 2 passages
Search aliases: ∑ sum
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 348
The placement objective is not merely minimum latency. It is minimum structured movement: min ∑_e∈ E bytes(e)×hops(e).
Exact mathematical passage
\min \sum_{e\in E} \operatorname{bytes}(e)\times\operatorname{hops}(e).
\sum_{e\in E}Use in source · 1 passage
Search aliases: ∑_e∈ E sum in
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 348
The placement objective is not merely minimum latency. It is minimum structured movement: min ∑_e∈ E bytes(e)×hops(e).
Exact mathematical passage
\min \sum_{e\in E} \operatorname{bytes}(e)\times\operatorname{hops}(e).
\sum_iUse in source · 1 passage
Search aliases: ∑_i sum
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 417
For example, local squared residual summaries may reduce as R_P^2=∑_i r_i^2 without transmitting the original packet tensor through the certificate network.
Exact mathematical passage
R_P^2=\sum_i r_i^2
\neqUse in source · 1 passage
Search aliases: ≠ neq
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 923
For I1 the hardware-level implication is simply (g_rm consumed≠ g_rm current)⇒ negcommit. The implementation package includes a minimal executable reference test for this invariant.
Exact mathematical passage
(g_{\rm consumed}\neq g_{\rm current})\Rightarrow \neg\texttt{commit}.
\oplusUse in source · 1 passage
Search aliases: ⊕ oplus
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 898
A prototype mapping may use a configurable XOR swizzle, bank(w)= (w_3:0⊕ w_7:4⊕ h(P))bmod 16, where w is the local word index and h(P) is a four-bit packet/phase hash. This is an implementation policy, not part of the mathematical contract, and should be replaced if FPGA counters show worse behavior for target transforms.
Exact mathematical passage
\operatorname{bank}(w)= \bigl(w_{3:0}\oplus w_{7:4}\oplus h(P)\bigr)\bmod 16,
\longmapstoUse in source · 1 passage
Search aliases: ⟼ longmapsto
Use in source · PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex, line 204
The transformation plane performs computation within the current representation and resolution: P_α x ⟼ P_β T P_α x.
Exact mathematical passage
P_\alpha x \longmapsto P_\beta T P_\alpha x.
Source coverage
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- research/prism-1r/BUILD_STATUS.md · 0 mathematical passages
- research/prism-1r/README.md · 0 mathematical passages
- research/prism-1r/docs/PRISM-1R_Implementation_Deployment_Blueprint_v0.2.tex · 46 mathematical passages
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