Integrating multiple parallel simulation engines for mixed-technology parallel simulation

D. E. Martin, P. Wilsey, R. Hoekstra, E. Keiter, S. Hutchinson, T. Russo, Lon J. Waters
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引用次数: 14

Abstract

The emergence of mixed-signal (analog and digital) integrated circuits motivates the need for CAD tools supporting mixed-signal design and analysis. Furthermore, the presence of a large body of existing models in existing modeling language and the need for modeling mixed-signal (analog and digital) circuits motivates the need for a single unified simulation framework into which different parallel simulation subsystems can be easily connected. In this paper we have review the design of a light-weight simulation backplane for integrating simulators from different domains. Of particular focus for this paper is the integration of a parallel SPICE (analog circuit) simulator called Xyce/sup TM/ with a parallel VHDL (digital circuit) simulator called SAVANT.
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集成多个并行仿真引擎,实现混合技术并行仿真
混合信号(模拟和数字)集成电路的出现激发了对支持混合信号设计和分析的CAD工具的需求。此外,现有建模语言中存在大量现有模型,并且需要对混合信号(模拟和数字)电路进行建模,因此需要一个单一的统一仿真框架,不同的并行仿真子系统可以轻松地连接到该框架中。本文综述了一种用于集成不同领域模拟器的轻量级仿真背板的设计。本文特别关注的是并行SPICE(模拟电路)模拟器Xyce/sup TM/与并行VHDL(数字电路)模拟器SAVANT的集成。
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