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提出了用于二元图像处理的逻辑函数形态学的概念。在逻辑函数形态学中 ,认为图像和结构核是逻辑函数 ,用 16个逻辑算子替代图像和结构核之间在相关运算中的“乘积”,共得到 12个逻辑函数形态学算子。描述了逻辑形态学的光学实现 ,同时给出了实验结果。
The concept of logical function morphology for binary image processing is proposed. In the logic function morphology, the image and the structure kernel are regarded as logical functions, and 16 logical operators are used to replace the “products” in the correlation operation between the image and the structured kernel. A total of 12 logical function morphology operators are obtained. The optical realization of logical morphology is described, along with the experimental results.