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本文对高分辨技术的高速信号处理器实现进行了探索研究，为高分辨实时系统设计提供了重要的实验方法和依据，把高分辨技术研究从理论分析、方法性能研究推进到实际应用．文中设计研制了C30信号处理机，并实现了高分辨频率估计的特征分解法．研究表明，C30高速信号处理器能有效地实现复杂的高分辨算法，高分辨频率估计特征分解法在C30处理器上表现了良好的分辨力和相当高的估计精度．
This paper explores the realization of high-speed signal processor for high-resolution technology and provides an important experimental method and basis for the design of high-resolution real-time system. It advances the research of high resolution technology from theory analysis and method performance study to practical application. In this paper, C30 signal processor is designed and developed, and the eigen decomposition method of high resolution frequency estimation is realized. The research shows that the C30 high-speed signal processor can effectively realize complex high-resolution algorithms. The high-resolution frequency estimation eigen decomposition method shows good resolution and high estimation accuracy on the C30 processor.