System Level Testing via TLM 2.0 Debug Transport Interface

S. Carlo, N. Hatami, P. Prinetto, A. Savino
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引用次数: 2

Abstract

With the rapid increase in the complexity of digital circuits, the design abstraction level has to grow to face the new needs of system designers in the early phases of the design process. Along with this evolution, testing and test facilities should be improved in the early stages of the design to provide the architecture with functional test facilities to be later synthesized testing infrastructures according to designer’s requirements. These test infrastructures could be translated, into testing facilities at lower levels of abstraction, from which automatic synthesis tools are available. Starting from the increasing use of TLM in hardware design industry, the paper aims at providing a mechanism to fill the gap between the design abstraction level and the level in which testing methodologies are applied. To do the job, the TLM 2.0 “debug transport interface” is used and methods are introduced to synthesize it into known test access methods at RTL.
通过TLM 2.0调试传输接口进行系统级测试
随着数字电路复杂性的迅速增加,在设计过程的早期阶段,必须提高设计抽象水平以面对系统设计者的新需求。随着这种演变,测试和测试设施应该在设计的早期阶段得到改进,以提供具有功能测试设施的体系结构,以便稍后根据设计者的需求进行综合测试基础设施。这些测试基础结构可以转换为较低抽象层次的测试设施,从中可以获得自动合成工具。从硬件设计行业越来越多地使用TLM开始,本文旨在提供一种机制来填补设计抽象层和测试方法应用层之间的空白。为了完成这项工作,使用了TLM 2.0“调试传输接口”,并引入了将其综合为RTL已知测试访问方法的方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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