机构地区: 国防科学技术大学机电工程与自动化学院
出 处: 《计算机工程》 2007年第23期230-232,248,共4页
摘 要: 应用高性能DSP作为数据处理的主节点,借助多DSP并行处理技术设计大规模实时处理系统已成为发展趋势。该文介绍了多DSP并行处理技术,研究了一种基于网络交换结构的多DSP系统构成及并行处理单元DSP间的互联技术,针对多DSP系统的调试与开发给出了一种解决方案。该项技术拓展了DSP的网络接口能力,实现了DSP技术与网络技术的完美结合,推动了网络化测控技术的发展。 It is the uptrend to design large-scale real-time processing system by high performance digital signal processor (DSP) and parallel process technology, The multiple-DSP parallel process technology is discussed and the structure of multiple-DSP system based on network exchange architecture and the interlink technology among DSPs are studied. The debug and development solution of multiple-DSP system are presented. The technology extends the network connectivity capacity to combine DSP and network technologies perfectly, and boosts the development of networked measurement and control technologies.
领 域: [自动化与计算机技术] [自动化与计算机技术]