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Prototype Design and Synthesis of Cluster MPSoC Architecture for Multiple Applications

机译:多种应用程序群体MPsoc架构的原型设计和合成

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—Modern embedded devices require high performances such as computing, throughput and power consumption. Multiprocessor System-on-Chip (MPSoC) is a promising solution to meet the requirements. And the Network-on-Chip (NoC) is used as the interconnection of MPSoC. Whereas it brings more challenge on application programming and fast design exploration of software and hardware implements automatically. In this paper we propose a cluster MPSoC architecture, which adopts hybrid interconnection of processor clusters and NoC. And we present a design automation and synthesis methodology to generate MPSoCs in a system-level way for multiple application use-cases. And it merges them onto a minimal hardware architecture of resources. The desired MPSoC design is generated with short design time, making it suited for fast design exploration for MPSoC development. The proposed design flow is implemented into a tool for Xilinx FPGAs. The experiments results illuminate that our design methodology is a convenient approach to generate the MPSoC design for multiple use-cases.
机译:-Modern嵌入式设备需要高性能,例如计算,吞吐量和功耗。多处理器系统上片(MPSOC)是一个有希望的解决方案,以满足要求。并将网络上网(NOC)用作MPSOC的互连。虽然它为自动对应用程序编程和快速设计勘探带来了更多挑战。在本文中,我们提出了一种集群MPSoC架构,其采用处理器集群和NOC的混合互连。我们提出了一种设计自动化和合成方法,以在系统级方式生成MPSoC,以进行多种应用程序使用情况。它将它们合并到最小的资源硬件架构上。期望的MPSoC设计是以简短的设计时间产生的,这适用于MPSOC开发的快速设计探索。所提出的设计流程被实现为Xilinx FPGA的工具。实验结果照亮了我们的设计方法是一种方便的方法,可以为多种使用情况生成MPSOC设计。

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