摘要
通过对数学形态学基本算法的研究,希望找出一种适合DSP的算法。数学形态学适用于高效并行结构运算,可简化图像数据。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。给出了DSP汇编程序的运行结果及不同情况的比较。
An algorithm that is suitable for Digital Signal Processor (DSP) should be found through a study for the basic algorithm of mathematical morphology. The mathematical morphology is suitable for high-efficient parallel structured operation and can simplify the image data. 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. The operation results for DSP assembly program and a comparison for the different cases are given.
出处
《光电工程》
EI
CAS
CSCD
北大核心
2002年第2期52-54,58,共4页
Opto-Electronic Engineering
基金
国家863光电子主题307资助项目(863-307-07-02(5))
关键词
数学形态学
数字信号处理器
图像处理
算法
Mathematical morphology
Digital signal processor
Image processing
Algorithm
