Signaling Approached Based NoC Architecture for Improving Quality of Service

Abstract

System on chip (SoC) is generally referred to as the integration of software and silicon hardware which are designed to perform certain functions for various applications like smart phones, digital television etc. Network-On-Chip (NoC) can be seen as the novel communication mechanism that can be adopted for utilization with SoC. Router plays a very important role for NoC.The foremost dispute in these NoC routers is related to the quality of service (QoS) functionalities like better bandwidth, inadequate transaction times, rate of losses, and low congestion. Throughput, Latency or Delay, Errors, Bandwidth, Dropped Packets, Jitter or variation in delay, Packet loss, Out-of-order packet delivery are certain parameters that are to be considered while designing the NoC for better QoS. To improve Quality of Service (QoS) parameters such as throughput and latency, Virtual Output Queuing (VOQ) signaling technique based router architecture is proposed. The number of pipeline stages of a packet transfer is reduced to less number of stages with switch allocation and traversal based on VOQ application in buffering. The study is undertaken to improve the Quality of Service in NoC architecture by proposing a novel modeling technique.

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