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Multigranular simulation of heterogeneous embedded systems

机译:异构嵌入式系统的多骨仿真

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摘要

Heterogeneous embedded systems, where configurable or application specific hardware devices (FPGAs and ASICs) are used alongside traditional processors, are becoming more and more widely used. To facilitate rapid design and development of such heterogeneous hardware/software systems, it is essential to expand the software design cycle to integrate hardware modeling and simulation. Co-simulation and exploration of the joint design space are key problems. To design, develop and verify such systems, different kinds of simulations at various levels of granularity are required. The hardware modeling and simulation framework of the Model-Based Integrated Simulation Framework (MILAN) integrates these requirements into a single powerful design, development and simulation environment.
机译:异构嵌入式系统,其中可配置或专用硬件设备(FPGA和ASIC)与传统处理器一起使用,越来越广泛地使用。为了促进这种异构硬件/软件系统的快速设计和开发,必须扩展软件设计周期以集成硬件建模和仿真。联合设计空间的共同仿真和探索是关键问题。为了设计,开发和验证这种系统,需要在各种粒度下进行不同类型的模拟。基于模型的集成仿真框架(米兰)的硬件建模和仿真框架(米兰)将这些要求集成为单一强大的设计,开发和仿真环境。

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