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A methodology to reuse random IP stimuli in an SoC functional verification environment

机译:一种在SoC功能验证环境中重用随机IP刺激的方法

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Hardware IP design verification is performed using exhaustive random stimuli, while incorporating a coverage driven flow. On the other hand, system-on-chip (SoC) verification methodologies, sometimes, use a directed C-based verification approach to validate the functionality of the design. There is no significant randomization exercised in this process. Reuse of IP testbench components for SoC verification has been a desirable methodology, yet has remained a challenge. This paper addresses the challenge by proposing a flow which enables reuse of random IP stimuli for the SoC verification environment, with no changes to the IP testbench and testcase.
机译:硬件IP设计验证使用详尽的随机刺激来执行,同时结合覆盖驱动流。另一方面,片上系统(SOC)验证方法,有时,使用定向的基于C的验证方法来验证设计的功能。在这个过程中没有锻炼的显着随机化。用于SOC验证的IP测试窗组件的重用是一种理想的方法,但仍然是一个挑战。本文通过提出一种允许重用随机IP刺激来为SOC验证环境中的随机IP刺激的流程来解决挑战,而IP测试台和TestCase没有更改。

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