MIND NanoArchitecture Workshop: Exploring Design with post-CMOS Devices

Mind纳米体系结构研讨会：探索后CMOS器件的设计本研讨会的目的是探索拟议的后CMOS器件在电路、体系结构和系统层面的影响。公认的专家将介绍他们的愿景，强大的会议主席将指导讨论。本次研讨会的预期成果包括评估候选器件的基准和优值系数，以及确定替代电路、体系结构和/或计算系统，在这些替代电路、体系结构和/或计算系统中，特定的、有前途的新结构可以扩展或取代cmos设计空间？S优势随着cmos技术接近基本极限，大量工作集中在寻找后cmos开关器件上。这些新颖的器件需要识别适当的电路体系结构，这可能不同于传统的cmos器件。本研讨会将探讨支持后CMOS型潜在混合型技术应用的架构和设计。因此，这次研讨会的成果将为设计后CMOS计算机系统所需的变革性进展奠定智力基础。此次研讨会将汇聚来自传统上截然不同的设备、电路、架构和系统社区的领先专家，从而产生广泛影响。这项工作将增加NSF和SRC-NRI中心之间的互动，并有助于协调整个NSF/NRI社区的工作。我们预计，此次研讨会的结果将指导该领域的未来发展，包括架构结果和评估候选设备的基准和优值系数。在更大的范围内，这些结果将有助于确定微电子行业在CMOS技术路线图结束后继续发展的战略方向。

MIND NanoArchitecture Workshop: Exploring Design with post-CMOS DevicesThe purpose of this workshop is to explore the implications of proposed post-CMOS devices at the circuit, architecture, and system levels. Recognized experts will present their vision, and strong session chairs will guide the discussion. Anticipated outcomes of this workshop include benchmarks and figures of merit for evaluating candidate devices, and identification of alternative circuits, architectures, and/or compute systems in which specific, promising new structures can extend or supersede CMOS design-space?s superiorityAs CMOS technology is approaching fundamental limits, much effort is concentrated on finding Post-CMOS switching devices. These novel devices necessitate the identification of appropriate circuit architectures, which might be different from what is being used for conventional CMOS devices. This workshop will explore architectures and designs which will support Post-CMOS, potentially hybrid, technology applications. As such, the outcomes of this workshop will lay the intellectual groundwork for transformative advances that are needed for the design of Post-CMOS computer systems. This workshop will have broad impact by bringing together leading experts from the traditionally-distinct device, circuit, architectures, and systems communities. This work will increase the interactions between NSF and SRC-NRI Centers, and help coordinate the work of the whole NSF / NRI community. We anticipate that the outcomes of this workshop will direct future developments in this field, including architectural findings and benchmarks and figures of merit for evaluating candidate devices. On a grander scale, these outcomes will help identify strategic directions for the continuation of the microelectronics industry beyond the end of the CMOS technology roadmap.