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A top-down hardware/software co-simulation method for embedded systems based upon a component logical bus architecture

机译:基于组件逻辑总线架构的嵌入式系统自上而下的硬件/软件协同仿真方法

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We propose a top-down hardware/software co-simulation method for embedded systems and introduce a component logical bus architecture as an interface between software components and hardware components. Co-simulation using a component logical bus architecture is possible in the same environment from the stage at which the processor is not yet determined to the stage at which the processor is modeled in register transfer language. A model whose design is based on a component logical bus architecture is replaceable and reusable. By combining such replaceable models, it is possible to quickly realize seamless co-simulation. We further describe experimental results of our approach.
机译:我们提出了一种用于嵌入式系统的自上而下的硬件/软件协同仿真方法,并介绍了组件逻辑总线体系结构作为软件组件和硬件组件之间的接口。在尚未确定处理器的阶段到以寄存器传输语言对处理器建模的阶段相同的环境中,使用组件逻辑总线体系结构进行协同仿真是可能的。其设计基于组件逻辑总线体系结构的模型是可替换和可重用的。通过组合这样的可替换模型,可以快速实现无缝协同仿真。我们进一步描述了我们方法的实验结果。

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