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An Introduction to Universal Verification Methodology for the digital design of Integrated circuits (IC’s): A Review

机译:通用验证方法介绍集成电路数字设计(IC的):综述

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System on chip (SOC) Verification is very important for difficulty in the digital design of Integrated circuits (IC’s) which results in demanding logic or functional verification in terms of verification platform complexity with goals like code coverage, functional coverage and boundless verification time of the given digital designs. After analyzing the role of Universal Verification methodology (UVM) during the verification, this paper carries out the literature survey and the case study of UVM in functional Verification and architecture of UVM for system verification is carried out. The UVM consists of rich base class library and also provides a best reference for the practice of verification methodology. The UVM is the verification standard for verification of digital system by coverage driven verification approach. It provides a framework to create structured test environment, providing the reusability of verification components and scenarios.
机译:芯片系统(SOC)验证对于集成电路(IC)的数字设计难度非常重要,这导致验证平台复杂性的苛刻逻辑或功能验证,与代码覆盖,功能覆盖范围和无限验证时间等目标给定数字设计。在验证过程中分析了通用验证方法(UVM)的作用后,本文进行了文献调查,执行了UVM在功能验证中的案例研究,并进行了系统验证的UVM架构。 UVM由丰富的基类库组成,还提供了验证方法实践的最佳参考。 UVM是通过覆盖驱动验证方法验证数字系统的验证标准。它提供了一个创建结构化测试环境的框架,提供验证组件和方案的可重用性。

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