Fundamental Bounds on Edge Detection: An Information Theoretic Evaluation of Different Edge Cues

We treat the problem of edge detection as one of statistical inference. Local edge cues, implemented by filters, provide information about the likely positions of edges which can be used as input to higher-level models. Different edge cues can be evaluated by the statistical effectiveness of their corresponding filters evaluated on a dataset of 100 pre-segmented images. We use information theoretic measures to determine the effectiveness of a variety of different edge detectors working at multiple scales on black and white and colour images. Our results give quantative measures for the advantages of multi-level processing, for the use of chromaticity in addition to greyscale, and for the relative effectiveness of different detectors. Proceedings Computer Vision and Pattern Recognition CVPR'99. Fort Collins, Colorado. 1999.

• Type: Conference
• Year: 1999
• Where: CVPR
• Authors: Scott Konishi, Alan L. Yuille, James M. Coughlan, Song Chun Zhu
• Keywords: Computer Vision, CVPR 1999, Edge Detection, Information Theoretic Measures, Local Edge Cues, Relative Effectiveness, Statistical Effectiveness