Petri网驱动的多核Soc通信设计与分析

Yuan Yonggang, Chen Tianzhou, Dai Hongjun
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引用次数: 3

摘要

随着集成电路的发展,SoC技术逐渐发挥了重要的作用。为了进一步提高芯片和系统设计的速度,多核架构已成为SoC领域的一个新趋势,而多核架构的一个重要问题是不同核之间的通信。本文采用Petri网作为描述异步和并发计算机系统的模型,包括严格的数学定义、视听图形展示、丰富的描述方法和分析技术。提出了一种利用可控Petri网工具对SoC进行形式化协同验证的方法,并详细描述了一个实例,包括设计摘要和对多核SoC系统的分析,从Petri网的定义到这些工具的使用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Design and Analyze the Communication in the Multi-Core Soc Driven by Petri Net
With the development of integrated circuit, SoC technology has played an important role gradually. To increase the speed of the chip and system design further, multi-core architecture has been a new trend in the SoC field, while an important problem of multi- core architecture is the communication among the different cores. In this paper, Petri net is used as a model to describe asynchronous and concurrent computer system, including strict mathematics definition, audiovisual figure show, abundant of describing methods and analysis technology. A formal co-verification approach of SoC with controlled Petri net tools is proposed and an example is described in detail, including the abstract of the design and the analysis of the multi-core SoC system from the definition of Petri net to the use of these tools.
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