Network-on-Multi-Chip (NoMC) for Multi-FPGA Multimedia Systems

M. Stepniewska, A. Luczak, J. Siast
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引用次数: 13

Abstract

Some applications, especially in the area of multimedia processing, need to be implemented in a multichip platform, due to their size. An efficient communication infrastructure for such systems may be designed with the use of the Networks-on-Chip (NoCs). However, a network for multi-chip systems require a scalable architecture. Moreover, for multimedia purposes, such NoC should support a multicast transmission mode. In order to meet this requirements, we propose the NoMC (Network-on-Multi-Chip) which is a hierarchical interconnect system, designed for multi-chip systems. A performance of the proposed network is assessed utilizing a model of the MVC (Multiview Video Coding) coder. In such system, the multicast transmission mode may yield an overall bandwidth gain up to 30%. Moreover, the synthesis results show that the proposed network elements are easily synthesizable for the FPGA devices.
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多fpga多媒体系统的多片网络(NoMC)
一些应用程序,特别是在多媒体处理领域,由于其规模,需要在多芯片平台中实现。使用片上网络(noc)可以为这种系统设计有效的通信基础设施。然而,多芯片系统的网络需要可扩展的体系结构。此外,对于多媒体目的,这样的NoC应该支持多播传输模式。为了满足这一需求,我们提出了NoMC (network on- multi-chip),这是一种针对多芯片系统设计的分层互连系统。利用MVC(多视图视频编码)编码器模型评估了所提出网络的性能。在这种系统中,多播传输模式可产生高达30%的总带宽增益。综合结果表明,所提出的网元易于在FPGA器件上进行综合。
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