Design and realization of a system simulator

Na Bai, Fang Lu, Jim Yang, Longxing Shi
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Abstract

System simulations seek to strike a balance between accuracy and performance. This paper elaborates on the realization of a system simulator. The SystemC-based platform provides the simulation environment for the target application and the cycle-accurate performance evaluation for the optimization methodology. Compared with the result of the actual prototyping simulation, the maximal evaluation error of the simulator is less than 0.02% and the simulating speed is 800 times faster than actual prototyping simulation.
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系统模拟器的设计与实现
系统仿真试图在准确性和性能之间取得平衡。本文详细介绍了一个系统模拟器的实现。基于systemc的平台为目标应用提供了仿真环境,为优化方法提供了周期精确的性能评估。与实际样机仿真结果相比,该仿真器的最大评估误差小于0.02%,仿真速度比实际样机仿真快800倍。
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