Future multimedia high-quality systems will be, among all, based on improving 3D visual experience. To raise 3D visual content quality and interactiv-ity it is necessary to enable segmentation and classification of content which involves dividing the scene into meaningful sub-regions with the same attributes. Partitioning the image into grouping objects has various different applications in a wide variety of areas, since distinctive features in raw images may appear unclear to the human eyes. Segmentation can be defined as the identification of meaningful image components. It is a fundamental task in image processing providing the basis for any kind of further high-level image analysis. There are many different ways of segmenting the 3D image, all of which can be considered as a good seg-mentations, depending on objects of interest on an image, and to a large extent, the user's own subjectivity. Key issues in this chapter include different techniques for segmentation of 3D object based on classification on different regions and shapes.
CITATION STYLE
Žagar, M., Kovač, M., Knezović, J., Mlinarić, H., & Hofman, D. (2010). 3D Object Classification and Segmentation Methods (pp. 331–347). https://doi.org/10.1007/978-3-642-12802-8_14
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