基于FPGA的低功耗路由器的新型NOC架构设计与实现

Geethanjali N, Dr. Rekha K. R
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摘要

NOC架构在为片上机器制定计划通信框架的同时,承担了关键的细节。noc工程比普通的运输,普通的交付计划和用于芯片业务的交叉互连布局更优秀。改进了NoC中的提供商、吞吐量、拥塞和非活动状态,提出了一种基于各种通信状态的数据包处理、传输和统计数据包大小等设备模块的稳定设置,并在运行时进行了必要的统计。在片上网络中,仍然使用扩展的XY计算来开发通信的执行。建议配置工作在此计划的帮助下以一种方式避免停顿和信息不幸。它能够在统计吞吐量过大的情况下实现低空闲。在本文中,我们正在获得超越策略,并在不影响SoC功能的情况下在片上社区中进行动态可重构传输。针对交换机设计的可重构VLSI工程是对通信接口管理性质、企业适应性、芯片价值的最佳回答。2利用verilog HDL语言创建方案,并在modelsim上进行验证。创建布局必须克服一些关键的系统管理问题,如防栓和栓栓。并在最新的Xilinx FPGA上进行了实际执行。本文提供了这方面的信息。片上网络中动态可重构路由器的内部分析与选择。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Novel NOC Architecture for Designing and Implementing a Low Power Router using FPGA
The NOC architecture assumes critical detail at the same time as making plans correspondence frameworks to machine on chip. A noc engineering is higher-excellent over commonplace shipping, common delivery plan then crossbar interconnection layout intended for a on chip businesses. Improve a nice of provider, Throughput, Congestion and state of being inactive in a NoC, The proposed engineering steadily set up itself concerning device modules, as an instance, package deal based, transfer and statistics parcel size with the aid of various the states of correspondence additionally it is necessity at a run time. Within a network on Chip remained making use of stretched out XY calculation to development execution of correspondence. Proposed configuration work evades a halt then information misfortune in a manner with a assistance of this plan. It is able to accomplish low idleness with excessive statistics thru put. Inside this paper we are getting a beyond strategy and a proceed toward a dynamic reconfigurable transfer in a community on Chip without affecting SoC functionality. Reconfigurable VLSI engineering designed for a switch is a number one answer for a correspondence interface nature of management go adaptability of enterprise, value of chip. 2 The plan is created utilizing verilog HDL language and tried on modelsim to the useful rightness. An layout is created has to conquer a portion of the crucial systems administration issues like prevent and stay bolts. It is moreover executed and attempted on maximum latest Xilinx FPGA for the real execution. This paper affords the particular. Analysis and selection inside the dynamic reconfigurable router in a network on Chip.
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