Wavelength Assignment in Optical Network-on-Chip:Design and Performance
IEEE TENCON 2013——Photonic interconnect can provide high bandwidth with low power consumption, which makes Optical Network-on- Chip (ONoC) a promising alternative for the next-generation high performance Chip multiprocessors. To make better use of the optical interconnect, Wavelength Division Multiplexing (WDM) is commonly used for the sake of providing higher bandwidth and decreasing the contention possibility. In this talk, we propose two wavelengths assignment methods for mesh topology: source-based wavelength assignment (SW) and destination-based wavelength assignment (DW). We evaluate their performance in simulations, and the results show that allocating wavelengths according to the source node outperforms destination-based assignment in terms of latency and throughput.
关键词： 光网络单芯片设计 光网络级芯片 波分复用 网状拓扑结构 波长分配 IEEE TENCON 2013
主讲人：Zheng Chen 机构：Xidian University
时长：0:17:02 年代：2013年
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