教授 博士生导师
性别:女
毕业院校:中国科学技术大学
学历:硕士研究生毕业
学位:工学硕士学位
所在单位:电子信息工程学院
办公地点:电子信息工程学院楼 438室
联系方式:025-84892403
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所属单位:电子信息工程学院
发表刊物:IEEE ACCESS
关键字:Optical network-on-chip (ONoC) optical switch optimization scalability silicon nanophotonics
摘要:Optical network-on-chip (ONoC), designed with non-blocking optical switches, is gaining a significant research attention to meet the upcoming requirements of higher throughput, larger bandwidth, lower latency, and reduced power consumption for manycore processors. In this paper, we propose an algorithmic framework to construct non-blocking optical switches with multiple interconnection possibilities. The design is accomplished by scaling the optical switch from N-to-2N ports using two intermediate mapping matrices each of size 2N x 2N. These mapping matrices are the row and column permutations of identity matrices, where l's represent passive interconnections among the optical switching units (OSUs). The proposed framework provides validation to the design by identifying all the non-blocking permutations of the mapping matrices, thereby, providing a flexibility to adopt any permutation as an interconnection scheme. Furthermore, it has the ability to quantify the redundancy in switching combinations which exists for any input-to-output routing, authenticates the non-blocking feature of the optical switch and to reduce the number of optical switching units while preserving the non-blocking characteristic. For the scaled 4 x 4 and 6 x 6 optical switches, we respectively identified 16 and 192 different interconnections to build multiple non-blocking switches. Moreover, a 20% reduction in OSUs is achieved by optimizing a 6 x 6 switch. The influence of the insertion loss, power consumption, and crosstalk noise on various scaled optical switch networks are also analyzed and compared with several existing optical switch topologies.
ISSN号:2169-3536
是否译文:否
发表时间:2019-01-01
合写作者:Yahya, Muhammad Rehan,Yan Gaizhen,Ahmed, Tanveer,Yasir,Zhang, Jinbao
通讯作者:吴宁