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The System Verification Methodology for Advanced TLM Verification

机译:高级TLM验证的系统验证方法

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The IEEE-1800 System Verilog system description and verification language integrates dedicated verification features, like constraint random stimulus generation and functional coverage, which are the building blocks of the Universal Verification Methodology (UVM), the emerging standard for electronic systems verification. In this article, we introduce our System Verification Methodology (SVM) as a SystemC library for advanced Transaction Level Modeling (TLM) testbench implementation. As such, we first present SystemC libraries for the support of verification features like functional coverage and constrained random stimulus generation. Thereafter, we introduce the SVM with advanced TLM support based on SystemC and compare it to UVM and related approaches. Finally, we demonstrate the application of our SVM by means of a testbench for a two wheel self-balancing electric vehicle.
机译:IEEE-1800系统Verilog系统描述和验证语言集成了专用验证功能,如约束随机刺激生成和功能覆盖,这是通用验证方法(UVM)的构建块,电子系统验证的新兴标准。在本文中,我们将系统验证方法(SVM)介绍为用于高级事务级别建模(TLM)TestBench实现的Systemc库。因此,我们首先向Systemc库提供支持验证功能,如功能覆盖和约束随机刺激产生。此后,我们以基于SystemC的高级TLM支持,将SVM引入了SVM,并将其与UVM和相关方法进行比较。最后,我们通过用于两个车轮自平衡电动车的测试台来证明我们的SVM应用。

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