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The Tripartite Threshold Theorem: Why Three-Layer Graphs Achieve In-Memory Computing Topology and How to Build Them on a 3D-Stacked Chip

The Tripartite Threshold Theorem: Why Three-Layer Graphs Achieve In-Memory Computing Topology and How to Build Them on a 3D-Stacked Chip

publishedDate Venue Zenodo (CERN European Organization for Nuclear Research)

Source-permitted summary

The Tripartite Threshold Theorem: Why Three-Layer Graphs Achieve In-Memory Computing Topology and How to Build Them on a 3D-Stacked Chip

SourceEuropean Organization for Nuclear Research

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Core signal
The Tripartite Threshold Theorem: Why Three-Layer Graphs Achieve In-Memory Computing Topology and How to Build Them on a 3D-Stacked Chip
Field context
Compute and Hardware
People and labs
Andres Sebaatian Pirolo
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Zenodo (CERN European Organization for Nuclear Research)SourceEuropean Organization for Nuclear Research

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  1. paperThe Tripartite Threshold Theorem: Why Three-Layer Graphs Achieve In-Memory Computing Topology and How to Build Them on a 3D-Stacked Chip