The displacement operation for mathematical morphology is analyzed . Combined the streamlined operation of TMS320C32 DSP with I/O concurrent mode, a fast algorithm for morphology is carried out.
分析了数学形态学的位移运算，结合TMS320C32 DSP的流水线操作和I/O并发模式完成了形态学的快速算法。
In the DSP software programme, the thesis accomplished the fast correlation algorithm on the DSP TMS320C6713.
在DSP的软件编程上，本文完成了快速相关算法在于TMS320C 6713上的实现。
DFT method can be fast implemented on DSP platform by the use of FFT algorithm, while the method of cyclic correlation has better noise immunity performance and high estimation accuracy.
离散傅立叶变换方法能够在DSP平台上通过FFT快速实现，而循环相关方法则具有很高的频率估计精度和很好的抗噪性能。
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