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Mixed-signal System-on-a-Chip (SoC) verification based on SystemVerilog model

机译:基于SystemVerilog模型的混合信号片上系统(SoC)验证

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Simulation speed and a lack of test approaches are the main difficulties in the mixed-signal verification of a complex System-on-a-Chip (SoC). In this paper, an equivalent high-level Radio Frequency (RF) model is created by the SystemVerilog language and integrated into a mixed-signal SoC. Such a model can be executed on a digital simulator, which is dramatically faster than the traditional method using an analog solver. Some mixed-signal verification approaches based on digital methods (including constrained random data generation, assertion-based verification, coverage-driven verification, and Verification Methodology Manual) are also presented as well as a case on the integrated SoC.
机译:模拟速度和缺乏测试方法是复杂的片上系统(SoC)的混合信号验证的主要困难。本文使用SystemVerilog语言创建了等效的高级射频(RF)模型,并将其集成到混合信号SoC中。这种模型可以在数字模拟器上执行,这比使用模拟解算器的传统方法要快得多。还介绍了一些基于数字方法的混合信号验证方法(包括受约束的随机数据生成,基于断言的验证,覆盖范围驱动的验证和“验证方法手册”)以及集成SoC上的案例。

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