Programmable NoC Scheduling Based on Multi-Core Processor

Cui Kai,Wang Jie,Zhou Kuanjiu,Li Xianjie

Electrical and Control Engineering（2011）

Sch. of Software Technol.

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摘要

Traditional multi-processor interconnection structure can not be suitable for highly integrated SoC multi-core processor because of high resource overhead, and NoC can solve the problem of multi-core processor interconnection on SoC with high-bandwidth, low power, scalability and parallel communication. Based on multi-core NoC simulation platform, task-oriented NoC scheduling policy is proposed, and median filter algorithm is optimized as typical application for parallel scheduling. SoClib simulation platform with SystemC language is used for validation and analysis variation of multi-core NoC speedup when cores number is changed.

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关键词

C language,median filters,multiprocessing systems,multiprocessor interconnection networks,network-on-chip,parallel processing,processor scheduling,SoClib simulation platform,SystemC language,integrated SoC multicore processor,median filter algorithm,multicore NoC simulation platform,multiprocessor interconnection structure,parallel communication,parallel scheduling,programmable NoC scheduling,task-oriented NoC scheduling policy,Median Filter Algorithm,NoC,SoC