减少FPGA设计修改时间

M. Lehky, S. Bilik
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引用次数: 4

摘要

描述了在RASSP程序下开发的逻辑综合的增量方法。该方法减少了在FPGA设计中实现更改所需的时间。它还帮助设计人员与实现问题保持联系,并帮助新合成用户克服学习曲线。它只需要重新合成设计中改变的部分,而不是整个设计。现有的未修改逻辑块通过许多铸造工具的网表合并功能被重用。结果表明,增量方法有助于加快总设计周期。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Reducing FPGA design modification time
An incremental approach to logic synthesis developed under the RASSP program is described. The approach reduces the time it takes to implement changes in an FPGA design. It also helps designers stay connected with the implementation issues and helps new synthesis users get over the learning curve. It involves resynthesizing only the blocks of the design that change, rather than the whole design. Existing blocks of unmodified logic are reused through the netlist merge capabilities of many foundry tools. Results show that the incremental approach helps speed up the total design cycle time.
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