Regular 2D NASIC-based architecture and design space exploration

机译：常规的2D基于纳斯的架构和设计空间探索

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As CMOS technology approaches its physical limits several emerging technologies are investigated to find the right replacement for the future computing systems. A number of different fabrics and architectures are currently under investigation. Unfortunately, at this time, no unified modeling exists to offer sound support for algorithmic design space exploration, with no compromise on device feasibility. This work presents a NASIC-compliant application-specific computing architecture template along with its performance models and optimization policies that support domain-space exploration. This architecture has up to 29X density advantage over CMOS, is completely compatible with the NASIC manufacturing pathway, and enables the creation of unique max-rate pipelined systems.

机译：随着CMOS技术接近其物理限制，调查了几种新兴技术，以找到未来计算系统的正确替代品。目前正在调查许多不同的面料和架构。遗憾的是，此时，不存在统一的建模，为算法设计空间探索提供声音支持，没有妥协的设备可行性。此工作介绍了符合符合稳定的应用程序特定的计算体系结构模板，以及其性能模型和优化策略，支持域空间探索。该架构通过CMOS高达29倍的密度优势，与鼻制造路径完全兼容，并能够创建独特的最大速率流水线系统。

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《IEEE/ACM International Symposium on Nanoscale Architectures》|2011年||共8页
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Teodorov Ciprian; Narayanan Pritish; Lagadec Loic; Dezan Catherine;
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1. Design Space Exploration and Data Memory Architecture Design for a Hybrid Nano/CMOS Dynamically Reconfigurable Architecture [J] . WEI ZHANG, NIRAJ K. JHA, LI SHANG ACM Journal on Emerging Technologies in Computing Systems . 2009,第4期

机译：混合Nano / CMOS动态可重构架构的设计空间探索和数据存储架构设计
2. Exploration of a Capability-Focused Aerospace System of Systems Architecture Alternative with Bilayer Design Space, Based on RST-SOM Algorithmic Methods [J] . ZhifeiLi, DongliangQin, FengYang ScientificWorldJournal . 2014,第3期

机译：基于RST-SOM算法方法，探讨了双层设计空间的系统架构替代能力的航空航天系统
3. MO-PSE: Adaptive multi-objective particle swarm optimization based design space exploration in architectural synthesis for application specific processor design [J] . Vipul Kumar Mishra, Anirban Sengupta Advances in Engineering Software . 2014,第jana期

机译：MO-PSE：基于自适应多目标粒子群优化的建筑综合中基于设计空间的探索，用于专用处理器设计
4. Regular 2D NASIC-based architecture and design space exploration [C] . Teodorov Ciprian, Narayanan Pritish, Lagadec Loic, Proceedings of the 2011 IEEE/ACM International Symposium on Nanoscale Architectures . 2011

机译：基于常规2D NASIC的架构和设计空间探索
5. Hardware Implementation and Design Space Exploration for Wave 2D and Jacobi 2D Stencil Computations. [D] . Chandramohan, Rajbharath. 2017

机译：Wave 2D和Jacobi 2D模板计算的硬件实现和设计空间探索。
6. Exploration of a Capability-Focused Aerospace System of Systems Architecture Alternative with Bilayer Design Space Based on RST-SOM Algorithmic Methods [O] . Zhifei Li, Dongliang Qin, Feng Yang -1

机译：基于RST-SOM算法的以双层设计空间为中心的以系统架构替代能力为重点的航空航天系统的探索
7. Micro architectural Design Space Exploration Using An Architecture-Centric Approach [O] . Christophe Dubach, Timothy M. Jones, Michael F. P. O’boyle 2007

机译：使用以建筑为中心的方法进行微建筑设计空间探索

Regular 2D NASIC-based architecture and design space exploration

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