Clutch accelerates vector-scalar comparisons in PuD systems via chunked temporal coding, delivering 2.9x throughput and 3.0x energy gains over prior bit-serial PuD while also mapping decision tree inference to PuD for the first time.
A survey of processing-in-memory: From fundamentals to real- world case studies
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DRAM PIM creates bursty and concurrent current draws that stress the PDN; a temporal–spatial taxonomy organizes those stresses and points to controller and placement mitigations.
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Clutch: High Performance Vector-Scalar Comparison using DRAM via Chunked Temporal Coding
Clutch accelerates vector-scalar comparisons in PuD systems via chunked temporal coding, delivering 2.9x throughput and 3.0x energy gains over prior bit-serial PuD while also mapping decision tree inference to PuD for the first time.
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A comparative study on power delivery aspects of compute-in/near-memory approaches using DRAM
DRAM PIM creates bursty and concurrent current draws that stress the PDN; a temporal–spatial taxonomy organizes those stresses and points to controller and placement mitigations.