
メモリアロケーションの柔軟性向上と、PUDサブストレートの効率的な実行を可能にする新しいメモリアロケーションメカニズムであるPUMAが提案されています。


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puma-efficient-and-low-cost-memory-allocation-and-alignment-support-for-processing-using-memory-architectures


PUMA: Efficient and Low-Cost Memory Allocation and Alignment Support for Processing-Using-Memory Architectures


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HEAM introduces a three-tier memory architecture to accelerate recommendation systems by reducing embedding table size, improving access efficiency, and enhancing overall throughput.


heam-hashed-embedding-acceleration-using-processing-in-memory


HEAM: Hashed Embedding Acceleration Using Processing-In-Memory



PUMA introduces a novel memory allocation mechanism to support Processing-Using-Memory architectures, addressing the limitations of traditional memory allocators in meeting the specific requirements of PUD substrates.


efficient-and-low-cost-memory-allocation-for-processing-using-memory-architectures-by-puma


Efficient and Low-Cost Memory Allocation for Processing-Using-Memory Architectures by PUMA
