The paper presents a design-space exploration tool for resonant SRAM compute-in-memory and claims 80.9% average energy savings, but the detailed results report much smaller and conflicting savings.
A Low V oltage SRAM Using Resonant Supply Boosting,
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Architectural Exploration of Application-Specific Resonant SRAM Compute-in-Memory (rCiM)
The paper presents a design-space exploration tool for resonant SRAM compute-in-memory and claims 80.9% average energy savings, but the detailed results report much smaller and conflicting savings.