图像理解中的信息融合

Jean-Philippe Andreu, H. Borotschnig, Harald Ganster, L. Paletta, A. Pinz, M. Prantl
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引用次数: 21

摘要

计算机视觉和图像理解过程不是很健壮;曝光参数或算法内部参数的微小变化都会导致结果的显著差异。这些结果的结合(融合)是有利可图的。作者引入了一种扩展的融合概念,处理外部(世界、场景、图像)和内部(图像描述、场景描述)不同信息来源的融合,并定义了融合过程。每个级别都需要自己的质量度量和信息融合程序,以产生来自多个来源的组件的组合。综述了该领域的相关工作。作者自己工作的例子包括遥感(图像级融合改进分类结果)、眼底图像的医学图像处理(图像描述级融合自动控制点选择)和比拉德场景解译(场景描述级融合识别目标)
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Information fusion in image understanding
Computer vision and image understanding processes are not very robust; small changes in exposure parameters or in internal parameters of algorithms can lead to significantly different results. A combination (fusion) of these results is profitable. The authors introduce an extended fusion concept dealing with different sources of information at external (world, scene, image) and internal (image description, scene description) levels and define the process of fusion. Each level requires its own procedure of quality measure and information fusion in order to yield a combination of components from several sources. Related work in the field is reviewed. Examples from the authors' own work cover remote sensing (improvement of classification results by fusion at the image level), medical image processing of ocular fundus images (automatic control point selection by fusion at the image description level) and the interpretation of Billard scenes (object identification by fusion at the scene description level).<>
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