Heuristics for Image Retrieval Using Spatial Configurations
Faculty of Computing, Health and Science
School of Computer and Security Science
This paper describes a strategy for content-based image retrieval via spatial configuration of objects within an image. The proposed strategy locates “pattern” images within “text” images, where the objects in each image are specified only in terms of their pairwise spatial relationships. Thus both pattern and text are represented by square matrices whose elements are drawn from an “alphabet” of spatial relationships. A match is found when the pattern image is identified as a “substructure” of a given text image. Experimental results relating to retrieval of images with low image content are shown. The approach can be used in situations where methods involving features such as colours and texture are inappropriate. We believe that such algorithms would find application in topological/GIS applications where the aerial/satellite images are very similar in terms of low-level image content.
Smyth, W., Lam, C. P., Chen, X., & Maxville, V. (2003). Heuristics for image retrieval using spatial configurations. Proceedings of the Seventh International Confernece on Digital Image Computing: Techniques and Applications, DICTA 2003. (pp. 909-918). Melbourne, Australia: CSIRO Publishing. Available here