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QoS and MPLS design issues in NoCs

机译:NoC中的QoS和MPLS设计问题

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摘要

Nowadays real application traffic, and especially streaming applications running in multi core environments require more and more bandwidth. Networks on Chips (NoC) should be able not only to provide adequate bandwidth resources but also variable length traffic with multi rate packets, each representing a different class of service (FEC classes) and hence, it should provide QoS support. It is common knowledge that in original networks, QoS provision along with packet forwarding and routing at high rates is supported by the MPLS concept. This paper is a brief and compact survey, that gives a smart look on critical design issues of MPLS technology applied in NoCs, based on recent reference work. All types of MPLS based NoC architectures are presented and their pros and cons are discussed. Moreover, other important issues are pointed out, such as non interference, security and fault management, giving researchers motivation and directions for extended research.
机译:如今,实际的应用程序流量,尤其是在多核环境中运行的流式应用程序,需要越来越多的带宽。片上网络(NoC)不仅应该能够提供足够的带宽资源,而且还能够通过多速率数据包提供可变长度的流量,每个速率数据包代表不同的服务等级(FEC等级),因此,它应该提供QoS支持。众所周知,在原始网络中,MPLS概念支持QoS提供以及高速率的数据包转发和路由。本文是一个简短而紧凑的调查,它基于最近的参考工作,对应用于NoC的MPLS技术的关键设计问题给予了精明的了解。介绍了所有类型的基于MPLS的NoC架构,并讨论了它们的优缺点。此外,还指出了其他重要问题,例如无干扰,安全性和故障管理,这为研究人员提供了进行扩展研究的动力和方向。

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