Detection of hand LBP descriptors
DOI:
https://doi.org/10.33975/riuq.vol27n2.50Keywords:
Local Binary Pattern (LBP), human computer interaction (HCI), recognition of hand gestures, pose, computer visionAbstract
Gesture recognition has been presented as an alternative for the implementation of efficient interaction. Particularly machine vision-based applications have advantages in portability over other alternatives. However, algori- thms often require computational intensive training, being difficult to implement in mobile devices. This paper presents a preliminary study to detect poses hand using an algorithm based on local binary patterns, better known by its acronym LBP (Local Binary Patterns). Thus, a heuristic model of hand division in regions differentially weighted, which allows direct classification of gestures using a similarity measure, is presented. Weights and distribution regions were evaluated according to their accuracy in the classification of each hand pose. Those tests were performed on a set of images captured in controlled conditions corresponding to five different poses. The proposed algorithm with the scheme of weighted regions shows a good ability to discriminate and presents a viable alternative for future applications.
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