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NoC Design for the SoC of Image Process System of Road Mark Recognition

机译:道路标记识别图像处理系统SoC的NoC设计

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With the analysis of basic properties, this paper proposed a SoC design of Image Process System of Road Mark Recognition (IPSRMR) based on data flow graph (DFG) model and generic regulable NoC (GRNoC). It is provided of properties of data transmission and timing for each resource module with building the system DFG model with analyzing functions and algorithm. The basic method for optimizing resources and mapping is shown by analyzing DFG model of the IPSRMR. Following the analysis results of DFG, the SoC for IPSRMR has optimized GRNoC architecture, achieves shortest data transmission paths among the resources, implements straight data transmission, increases the speed of data transmission, and reduced the requirement for data process speed of each resource. In addition, the power consumption is reduced with such a optimized architecture.
机译:通过对基本特性的分析,提出了一种基于数据流图(DFG)模型和通用可调节NoC(GRNoC)的道路标记识别图像处理系统(IPSRMR)的SoC设计。通过使用分析功能和算法构建系统DFG模型,为每个资源模块提供了数据传输和定时的属性。通过分析IPSRMR的DFG模型,展示了优化资源和映射的基本方法。根据DFG的分析结果,用于IPSRMR的SoC优化了GRNoC架构,实现了资源之间最短的数据传输路径,实现了直接数据传输,提高了数据传输速度,并降低了对每种资源的数据处理速度的要求。另外,利用这种优化的架构降低了功耗。

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