基于拓扑结构和互连编码的noc低功耗分析

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1、基于拓扑结构和互连编码的NoC低功耗研究目录第一章绪论········································································································11.1片上网络概述···················································································································11.1.1片上网络的定义及组成·······

2、··················································································11.1.2片上网络的拓扑结构·····························································································21.1.3片上网络的路由算法··········································································

3、···················21.1.4片上网络的交换技术·····························································································31.2课题背景及研究意义········································································································31.3国内外研究现状························

4、·······················································································41.3.1国外研究现状·········································································································41.3.2国内研究现状·······························································

5、··········································41.4论文的主要工作和组织结构····························································································4第二章NoC低功耗技术概述··············································································62.1NoC功耗模型··························

6、··························································································62.1.1路由节点的功耗·····································································································62.1.2互连线的功耗·······························································

7、··········································62.2逻辑电路级低功耗技术···································································································72.2.1采用低摆幅电压技术·····························································································72.2.2采用总线编码技术··

8、···············································