Fast timed cosimulation of HW/SW implementation of embedded multiprocessor SoC communication

S. Yoo, G. Nicolescu, L. Gauthier, A. Jerraya
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引用次数: 4

Abstract

To fast evaluate HW/SW implementation of multiprocessor SoC communication, we present a method to simulate operating systems (OSs) on a simulation host without running instruction set simulators and generic OS simulation models. The method enables fast timed OS simulation including the preemption of task execution. Together with the fast simulation of synthesizable HW code (e.g. in synthesizable C), it will enable fast evaluation of HW/SW implementation of multiprocessor SoC communication.
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嵌入式多处理器SoC通信硬件/软件实现的快速时序协同仿真
为了快速评估多处理器SoC通信的硬件/软件实现,我们提出了一种在仿真主机上模拟操作系统(OS)的方法,而无需运行指令集模拟器和通用操作系统仿真模型。该方法实现了包括任务执行的抢占在内的快速定时操作系统仿真。结合可合成硬件代码的快速仿真(例如在可合成C语言中),它将能够快速评估多处理器SoC通信的硬件/软件实现。
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Proving sequential consistency by model checking Experience with term level modeling and verification of the M*CORE/sup TM/ microprocessor core Estimating the relative single stuck-at fault coverage of test sets for a combinational logic block from its functional description Automatic test generation for micro-architectural verification of configurable microprocessor cores with user extensions Fast timed cosimulation of HW/SW implementation of embedded multiprocessor SoC communication
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