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The design and implementation of parallel switch system simulation platform based on Java

机译:基于Java的并行开关系统仿真平台的设计与实现

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摘要

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.
机译:在研究交换结构和调度算法的过程中,仿真已成为分析和评估设计方案性能的重要手段。但是目前关于交换结构和调度算法的仿真软件在继承性和可扩展性方面存在缺陷。为了直观,准确地评估并联开关系统的性能,设计并开发了仿真平台PPS-CICQ-SIM,该平台采用面向对象的技术进行分析,设计和实现。该仿真平台克服了现有仿真软件的问题,为评估开关系统的性能提供了一种有效的手段。最后,给出了iSLIP,OQ等典型并行交换系统调度算法的仿真结果,验证了仿真平台PPS-CICQ-SIM的有效性。

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