快速布局综合环境在分压器评价中的应用

A. Houelle, H. Mehrez, N. Vaucher, L. Montalvo, A. Guyot
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引用次数: 2

摘要

经验表明,生成器程序通常是由VLSI设计人员编写的,因为他们比任何人都拥有经验知识。然而,他们的能力并不一定包括编程和调试技能:这些设计师必须关注手头的问题,而不是他们用来解决问题的工具或语言。GenOptim的创建是为了快速设计高效的IEEE 754浮点宏单元生成器,不依赖于特定的目标技术。然而,快速高效的加法器、乘法器和移位器的设计是众所周知的,除法和平方根仍然是一个严重的设计挑战。GenOptim用于快速评估新的分压器架构。
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Application of fast layout synthesis environment to dividers evaluation
Experience has shown that generator programs are quite often written by VLSI designers, as they hold the empirical knowledge better than anyone. However, their ability does not necessarily include programming and debugging skills: these designers have to focus on the problem at hand not on the tools or the language they use to solve it. GenOptim has been created to quickly design efficient IEEE 754 floating-point macro-cell generators that do not rely on particular target technologies. Whereas the design of fast and efficient adders, multipliers and shifters is well understood division and square root remain a serious design challenge. GenOptim was used to quickly evaluate new divider architectures.<>
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Reducing the number of counters needed for integer multiplication Cascaded implementation of an iterative inverse-square-root algorithm, with overflow lookahead Application of fast layout synthesis environment to dividers evaluation Design strategies for optimal multiplier circuits Semi-logarithmic number systems
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