Formal Specification of On-Chip Communications State Of The Art

Amina Zerdani, Fateh Boutekkouk, L. Derdouri
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Abstract

These days Systems-on-Chip (SoCs) have developed impressively in term of performances, reliability and integration capacity that has caused the number of cores (IPs) on the same chip to grow.In fact, multiplying the core number of the same chip has led to communication problems with internal signals, and traditional buses have not been able to handle too many cores with too many signals. To resolve this problem of intra-communication between the components of a same chip, a new definition that is a direct consequence of the complexity of recent and future SoCs has been implemented, it is the Network on Chips (NoC). In this paper we present a state of the art on few formals methods that improve the specification of communication in Network on Chips according to their on-chip communication, the problems they address and the different languages they use.
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片上通信技术的正式规范
如今,单片系统(soc)在性能、可靠性和集成能力方面取得了令人印象深刻的发展,这使得同一芯片上的核心(ip)数量不断增长。实际上,将同一芯片的核数相乘会导致内部信号的通信问题,传统的总线已经无法处理太多的核和太多的信号。为了解决同一芯片组件之间的内部通信问题,一个新的定义已经实现,这是最近和未来soc复杂性的直接后果,它是片上网络(NoC)。本文根据片上网络的片上通信、处理的问题和使用的不同语言,介绍了几种改进片上网络通信规范的形式化方法的最新进展。
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