Abstract:Skin detection is the process of finding skin pixels in a given color image. In this paper, we propose a novel fuzzy rule based system for robust and fast skin detection in color images. The proposed fuzzy system models the skin color distribution in HSV color space. Using the fuzzy model, skin likelihood of the pixel is calculated and if it exceeds a threshold then this pixels is considered as skin pixel. Also we proposed a multi layer perceptron neural network for skin classifier and compare its performance … Show more
“…In [72] studied of the best fitting color space in skin detection as a case study for face detection by applying fuzzy logic concept in human skin modeling that can consider the light conditions and illumination. While in [73] used fuzzy rule model based system and skin likelihood, that can calculate pixel value. If it is exceeded threshold then it is considered as skin pixel.…”
Section: A: Pixel Basedmentioning
confidence: 99%
“…Adequate information about an image's real color of skin pixels can be obtained using the distribution of pixels of an image. Some authors [37], [42], [52], [73], [81], [111], [134], and [164] have noted that one of the challenges is that of varying conditions of illumination that can be adapted to the detection of human skin. Researcher also found that even after implementation of certain methods, the illumination still posed challenges in skin detection methods [12], [45], [87], [144], [165].…”
Section: ) Challenges Related To Illumination Variationmentioning
confidence: 99%
“…Shape based image retrieval is the measuring of similarity between shapes represented by their features [73]. Shape is an important visual feature and it is one of the primitive features for image content description [10].…”
This paper review and analysis the literature on skin detector (SD), in order to establish the coherent taxonomy and figure out the gap on this pivotal research area. An extensive search is conducted to identify articles that deal with skin detection, skin segmentation, skin tone detector, and skin recognition issues, related techniques are reviewed comprehensively and a coherent taxonomy of these articles is established. ScienceDirect, IEEE Xplore, and Web of Science databases are checked for articles on skin detector. A total of 2803 papers are collected from 2007 to February 2018. The set comprised 173 articles. The largest portion of the papers (n = 158/173) = 91% belong to Development and Design, that is aimed to develop an approach for skin classifier into skin and non-skin. A sum total of (n = 5/173) = 3% of the papers belong to Evaluation and Framework, (n = 10/173) = 6% papers was categorized as Comparative Study. This paper discusses the open challenges, motivations and recommendations of the related works. Furthermore, state-of-the-art is a step to demonstrate the novelty of the presented study by conducted a statistical analysis for previous studies such as (Dataset, Color spaces, features, image type, and Classification techniques) as a future direction for other researchers who are interested in SD.
“…In [72] studied of the best fitting color space in skin detection as a case study for face detection by applying fuzzy logic concept in human skin modeling that can consider the light conditions and illumination. While in [73] used fuzzy rule model based system and skin likelihood, that can calculate pixel value. If it is exceeded threshold then it is considered as skin pixel.…”
Section: A: Pixel Basedmentioning
confidence: 99%
“…Adequate information about an image's real color of skin pixels can be obtained using the distribution of pixels of an image. Some authors [37], [42], [52], [73], [81], [111], [134], and [164] have noted that one of the challenges is that of varying conditions of illumination that can be adapted to the detection of human skin. Researcher also found that even after implementation of certain methods, the illumination still posed challenges in skin detection methods [12], [45], [87], [144], [165].…”
Section: ) Challenges Related To Illumination Variationmentioning
confidence: 99%
“…Shape based image retrieval is the measuring of similarity between shapes represented by their features [73]. Shape is an important visual feature and it is one of the primitive features for image content description [10].…”
This paper review and analysis the literature on skin detector (SD), in order to establish the coherent taxonomy and figure out the gap on this pivotal research area. An extensive search is conducted to identify articles that deal with skin detection, skin segmentation, skin tone detector, and skin recognition issues, related techniques are reviewed comprehensively and a coherent taxonomy of these articles is established. ScienceDirect, IEEE Xplore, and Web of Science databases are checked for articles on skin detector. A total of 2803 papers are collected from 2007 to February 2018. The set comprised 173 articles. The largest portion of the papers (n = 158/173) = 91% belong to Development and Design, that is aimed to develop an approach for skin classifier into skin and non-skin. A sum total of (n = 5/173) = 3% of the papers belong to Evaluation and Framework, (n = 10/173) = 6% papers was categorized as Comparative Study. This paper discusses the open challenges, motivations and recommendations of the related works. Furthermore, state-of-the-art is a step to demonstrate the novelty of the presented study by conducted a statistical analysis for previous studies such as (Dataset, Color spaces, features, image type, and Classification techniques) as a future direction for other researchers who are interested in SD.
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