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Bayesian network based general correspondence retrieval method for depth sensing with single-shot structured light*
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DOI：10.1016/j.displa.2021.102001.png)
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Abstract
En 中文
This study reinvestigated one of the most fundamental problems in structure light depth sensing field: correspondence retrieval of features between patterns and images. We formulate the global optimum correspondence retrieval by maximizing a conditional probability of correspondence given observed features, which is depicted by a Bayesian network. Different from traditional ?code-only? based correspondence retrieval methods, the proposed Bayesian network based method exploits the positional correlations of correspondences of neighboring features, namely, the correspondences of poorly detected features are estimated with the aid of the correspondences of well detected features. The method performs especially well on challenging scenes with rich depth variations, abrupt depth changes, edges, etc. Experiments show that the proposed method increase the correspondence accuracy by about 40% on challenging scenes, compared with traditional ?code-only? based correspondence retrieval methods.
Keywords:
Bayesian network
Depth sensing
3D imaging
Single-shot
Structure light
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