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Minimum Description Length Principle in the Field of Image Analysis and Pattern Recognition

机译:图像分析和模式识别领域的最小描述长度原则

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摘要

Problems of decision criterion in the tasks of image analysis and pattern recognition are consid ered. Overlearning as a practical consequence of fundamental paradoxes in inductive inference is illustrated with examples. Theoretical (on the base of algorithmic complexity) and practical formulations of the mini mum description length (MDL) principle are given. Decrease of the overlearning effect is shown in the exam ples of modern recognition, grouping, and segmentation methods modified with the MDL principle. Novel possibilities of construction of learnable image analysis algorithms by representation optimization on the base of the MDL principle are described.
机译:提出了图像分析和模式识别任务中的决策准则问题。举例说明了过度学习是归纳推理中基本悖论的实际结果。给出了最小描述长度(MDL)原理的理论(基于算法复杂度)和实用公式。用MDL原理修改的现代识别,分组和分割方法的示例显示了过度学习效果的降低。描述了通过基于MDL原理的表示优化来构造可学习图像分析算法的新颖可能性。

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