CMOLFPGA结构上Koggi—Stone加法器的自动布局布线  

Automated Placement of Koggi-Stone Adder on CMOL FPGA

作　　者：陈钢 

机构地区：[1]灵芯实验室,上海201100

出　　处：《高性能计算技术》2010年第4期23-28,共6页

摘　　要：22纳米以下，CMOS结构将难以延续，取而代之的将是新型的纳米集成电路。在各种方案中，CMOS同纳米网格相混合的CMOLFPGA结构显示出良好的前号。然而，CMOL结构需要开发新的EDA工具。本文介绍CMOL结构以及国际上正在进行的CMOL布局布线软件开发情况，并报告正在开发的CMOLFPGA布局布线软件的第一个成功的布局布线结果，这一结果在多项指标上超过了国际上同类软件。It is generally agreed that the CMOS architecture, which has been adopted since the start of the IC industry, cannot be extended below 22nm. Future VLSI would be based on nano devices. A promising approach among various proposals is a hybrid CMOS/nano electronics architecture called CMOL FPGA. However, this architecture requires a new kind of EDA tool. This paper gives a brief survey of various approaches on CMOL placement, and reports demonstrates advantages over other approaches in the first result of our placement and routing tool. It multiple aspects.

关 键 词：CMOL 集成电路 纳米电子 布图 

分 类 号：TP305[自动化与计算机技术—计算机系统结构]