Please use this identifier to cite or link to this item: http://hdl.handle.net/10603/235737
Title: Identification of Age Gender Race and SMT from Unconstrained Facial Images Using Statistical Techniques
Researcher: RISHI GUPTA
Guide(s): SANDEEP KUMAR
Keywords: Demographic estimation, prediction, unconstrained facial image, age estimation
Engineering and Technology,Computer Science,Imaging Science and Photographic Technology
University: Jagannath University
Completed Date: 2019
Abstract: There has been a developing enthusiasm for programmed human statistic newlineestimation i.e., Age, Gender orientation and Race from unconstrained newlinefacial pictures because of an assortment of potential applications in law newlinerequirement, security control, and human-PC cooperation. Bounteous newlinewriting has explored the issue of computerized age, gender orientation, newlineand race acknowledgment from unconstrained facial pictures. newlineNonetheless, in spite of the concurrence of this component, a large portion newlineof the investigations have tended to them independently, next to no newlineconsideration has been given to their connections. Programmed statistic newlineestimation remains a testing issue since people having a place with a newlinesimilar statistic gathering can be tremendously unique in their facial newlineappearances because of natural and extraneous elements. This thesis newlineshows a non-exclusive system for the programmed statistic (age. gender newlineorientation and race) estimation. The proposed approach comprises of the newlineaccompanying three principal stages. Preprocessing. Highlight Extraction newlineand Prediction Given a face picture. To start with it preprocesses the facial newlinepicture next concentrate statistic useful highlights and afterward, it gauges newlineage, gender orientation, and race. Tests are directed on two open databases newline(MORPH II and LFW), demonstrate that the proposed approach has better newlineexecution analyzed than the cutting edge. The proposed method is newlineevaluated based on evaluation measurement precision, recall, accuracy, newlineand MAE. The proposed work gives stable and good results. newline
Pagination: 
URI: http://hdl.handle.net/10603/235737
Appears in Departments:Faculty of Engineering and Technology



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