用行为建模和系统仿真加速并行硬件设计

Ian Perryman Janick Bergeron Stacy Nichols Mario Dufre Allan Silburt
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引用次数: 1

摘要

本文描述了一种针对ASIC密集型产品的功能性硬件验证方法。它跨越ASIC,板和系统级别,使模拟设计与ASIC和板开发并行。仿真策略依赖于asic行为模型的快速发展,以使工作并行进行并达到必要的仿真效率。本文介绍了采用该方法的一个项目的结果。该过程提供了系统内200多个问题的早期可见性,其中32个问题对项目的成功执行和及时完成至关重要。
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Accelerating Concurrent Hardware Design with Behavioural Modelling and System Simulation
This paper describes a functional hardware verification methodology for ASIC intensive products. It spans the ASIC, board, and system level, enabling simulation of the design concurrent with ASIC and board development. The simulation strategy relies on rapid development of behavioural models of ASICs to enable work to proceed in parallel and to achieve the necessary simulation efficiency. The results from a project on which the methodology was used are presented. The process provided early visibility of over 200 issues in the system of which 32 were critical to the successful conformance and timely completion of the project.
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