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PARSIFAL: A GENERIC AND CONFIGURABLE FAULT EMULATION ENVIRONMENT WITH NON-CLASSICAL FAULT MODELS

机译:Parifal:具有非古典故障模型的通用和可配置的故障仿真环境

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Fault emulation has become an important tool for test evaluation. However, until now fault models other than the stuck-at fault model have rarely been used in emulation. In this paper, we propose non-classical fault models for emulation and a generic fault emulation environment capable of supporting these and other fault models and different emulation modes in a common support framework. Although different in logical implementation and physical abstraction level, all fault models are administered and applied together and can even be mixed in a single fault grading campaign. The proposed fault emulation environment is not restricted in its use to a certain emulator. The modular approach proposed in this paper allows an easy adaption for different emulation systems and reuse of all key components including the fault models. Those may be applied during fault grading campaigns as well as in-circuit emulation. We will present results obtained on the emulation system Mercury+ by Cadence.
机译:故障仿真已成为测试评估的重要工具。但是,直到现在粘连故障模型以外的故障模型很少用于仿真。在本文中,我们提出了用于仿真的非古典故障模型和能够支持共同支持框架中的这些和其他故障模型和不同仿真模式的通用故障仿真环境。虽然逻辑实现和物理抽象级别不同,但所有故障模型都是管理和应用的,并且甚至可以在单个故障分级广告中混合。所提出的故障仿真环境不受限制地限制对某个仿真器。本文提出的模块化方法允许易于适应不同的仿真系统和重用包括故障模型的所有关键组件。这些可以在故障分级广告系列期间应用以及在线仿真。我们将通过Cadence提出对仿真系统汞+获得的结果。

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