2018
DOI: 10.1155/2018/8284123
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Reliable Recognition of Partially Occluded Objects with Correlation Filters

Abstract: Design of conventional correlation filters requires explicit knowledge of the appearance and shape of a target object, so the performance of correlation filters is significantly affected by changes in the appearance of the object in the input scene. In particular, the performance of correlation filters worsens when objects to be recognized are partially occluded by other objects, and the input scene contains a cluttered background and noise. In this paper, we propose a new algorithm for the design of a system … Show more

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Cited by 13 publications
(2 citation statements)
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“…Correlation filters (CF) are used in pattern recognition due to following advantages [20], [27], [45], [46]: a) invariant to noise, shift, and variable illumination, b) high ability for discrimination, c) ability to use both content and shape, d) can simultaneously detect and locate, and e) ability to continually adapt to changes in appearance. Correlation filters can be applied to face detection [47], [48], tracking [49]- [51] and recognition [52].…”
Section: Correlation Filters As Facial Descriptormentioning
confidence: 99%
“…Correlation filters (CF) are used in pattern recognition due to following advantages [20], [27], [45], [46]: a) invariant to noise, shift, and variable illumination, b) high ability for discrimination, c) ability to use both content and shape, d) can simultaneously detect and locate, and e) ability to continually adapt to changes in appearance. Correlation filters can be applied to face detection [47], [48], tracking [49]- [51] and recognition [52].…”
Section: Correlation Filters As Facial Descriptormentioning
confidence: 99%
“…Conventionally, the design of correlation filters requires an explicit knowledge of the appearance and shape of the target [12]. An effective design strategy consists of the construction of a set of correlation filters, in which each filter is modeled with each possible appearance version of the target that is expected in the observed scene [12]. Thus, this approach allows us to recognize several geometrically modified versions of the target.…”
Section: Introductionmentioning
confidence: 99%