System-level modeling and performance evaluation of multistage optical network on chips (MONoCs)
作者: Luying BaiHuaxi GuYawen ChenHaibo ZhangXinyao XuYintang Yang
作者单位: 1Xidian University
2China Information Technology Designing Consulting Institute Co. Ltd
3The University of Otago
刊名: Photonic Network Communications, 2017, Vol.34 (1), pp.25-33
来源数据库: Springer Nature Journal
DOI: 10.1007/s11107-016-0670-z
关键词: Optical network on chipMultistage networkPerformance evaluation
英文摘要: With the number of CPU cores on a processor chip increasing rapidly, conventional electronic interconnects for core-to-core communication have run into a bottleneck. Recently, rapid development has been achieved for photonic technologies, which makes optical network on chip become an emerging solution to breakthrough electronic interconnect limitations. Multistage optical network on chips (MONoCs), by adopting multiple stages in the architecture, have great potentials to achieve the advantages of energy efficiency, high performance and scalability. To benefit from these advantages, we design a novel system-level model for MONoCs, which allows us to evaluate the performance by modeling and analyzing the latency, loss and crosstalk. The model is validated by simulation, which demonstrates...
原始语种摘要: With the number of CPU cores on a processor chip increasing rapidly, conventional electronic interconnects for core-to-core communication have run into a bottleneck. Recently, rapid development has been achieved for photonic technologies, which makes optical network on chip become an emerging solution to breakthrough electronic interconnect limitations. Multistage optical network on chips (MONoCs), by adopting multiple stages in the architecture, have great potentials to achieve the advantages of energy efficiency, high performance and scalability. To benefit from these advantages, we design a novel system-level model for MONoCs, which allows us to evaluate the performance by modeling and analyzing the latency, loss and crosstalk. The model is validated by simulation, which demonstrates...
全文获取路径: Springer Nature  (合作)
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影响因子:0.448 (2012)

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关键词翻译
关键词翻译
  • level 水准
  • multistage 多级式
  • evaluation 评价
  • network 网络
  • optical 光学的
  • rapidly 迅速地
  • achieve 达到
  • performance 性能
  • chips 碎石
  • modeling 制祝型