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Wednesday Plenary

机译:星期三全体会议

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Compute-in-Memory (CiM) techniques focus on reducing data movement by integrating compute elements within or near the memory primitives. While there have been decades of research on various aspects of such logic and memory integration, the confluence of new technology changes and emerging workloads makes us revisit this design space. This talk focuses on new functionality embedded with SRAMs using emerging monolithic 3D integration. Properties of the new technology transform the costs of embedding such new functionality compared to prior efforts. This work also explores how compute functionality can be embedded into cross-point style non-volatile memory systems. The talk will provide insights into the benefits provided by the proposed technique and evaluate the energy efficiency of the proposed designs.
机译:计算内存(CIM)技术专注于通过集成存储器基元内或附近的计算元素来减少数据移动。虽然已经有几十年的各个方面研究了这种逻辑和内存集成的各个方面,但新技术变化和新兴工作负载的交汇使我们重新审视了这种设计空间。此谈话侧重于使用新兴单片3D集成的SRAM嵌入的新功能。与事先努力相比,新技术的性质转换了嵌入这种新功能的成本。这项工作还探讨了计算功能如何嵌入到交叉点样式非易失性存储器系统中。谈话将提供对所提出的技术提供的福利的见解,并评估所提出的设计的能效。

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