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On the detection of edges in vector images

机译:关于矢量图像中边缘的检测

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摘要

A novel method for edge detection in vector images is proposed that does not require any prior knowledge of the imaged scenes. In the derivation, it is assumed that the observed vector images are realizations of spatially quasistationary processes, and that the vector observations are generated by parametric probability distribution functions of known form whose parameters are in general unknown. The method detects and estimates the edge locations using a criterion derived by Bayesian theory. It chooses the number of edges and their locations according to the maximum a posteriori probability (MAP) principle. We provide results that demonstrate its performance on synthesized and real images.
机译:提出了一种用于矢量图像中的边缘检测的新颖方法,该方法不需要对成像场景的任何先验知识。在推导中,假设观察到的矢量图像是空间准平稳过程的实现,并且矢量观察是由参数形式通常未知的已知形式的参数概率分布函数生成的。该方法使用贝叶斯理论导出的标准来检测和估计边缘位置。它根据最大后验概率(MAP)原理选择边的数量及其位置。我们提供的结果证明了其在合成和真实图像上的性能。

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