Affiliations: Modern Educational Technology Center, North China University of Water Resources and Electric Power, Zhengzhou, China
Correspondence:
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Corresponding author: Xi-Liang Yang, Modern Educational Technology Center, North China University of Water Resources and Electric Power, Zhengzhou, China. E-mail:1453702674@qq.com
Abstract: During the study of switching fabric and scheduling
algorithm, simulation has become an important mean to analyze and evaluate
the performance of a design scheme. But the simulation software about
switching fabric and scheduling algorithm has defects in inheritance and
scalability exist at present. In order to evaluate the performance of
parallel switch system intuitively and accurately, the simulation platform
PPS-CICQ-SIM has been designed and developed, which adopted object-oriented
technology for analysis, design and implement. The simulation platform
overcomes the problems of the existing simulation software, and provides an
efficient mean to evaluate the performance of switch system. At the end of
this paper, the simulation result of typical parallel switch system
scheduling algorithms such as iSLIP, OQ were given, which verified the
effectiveness of the simulation platform PPS-CICQ-SIM.
