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셀프-코칭을 위한 관성센서 기반 인체모션 취득 시스템 구현
고경리(Kyeong-Ri Ko),배성봉(Seong Bong Bae),최장식(Jang Sik Choi),반성범(Sung Bum Pan) 한국정보기술학회 2014 한국정보기술학회논문지 Vol.12 No.4
Recently due to the increasing attention paid to personal education, medical welfare, leisure sports and other leisure activities, various self-coaching systems are being developed for education, rehabilitation exercises and sports for self-learning without external help. In this paper, we explain the human motion capturing system for realization of a self-coaching system, and present the results of the captured human motions using this system. The human body model based motion capture system comprises 15 inertial sensors, a 3-channel receiver, a human body model based 3-dimensional simulation program, and a personal computer. We experiments of subjects motion data obtaining using the commercial motion capture system for verification of construction motion capture system. As a result, the expert and user takes action was appear equally on three-dimensional simulation.
고경리(Kyeong-Ri Ko),채승훈(Seung-Hoon Chae),배성봉(Seong Bong Bae),최장식(Jang Sik Choi),반성범(Sung Bum Pan) 한국정보기술학회 2014 한국정보기술학회논문지 Vol.12 No.8
Bad posture triggers spinal diseases by forming a twisted or crooked body. Therefore, it is vital for modern people mostly living a sedentary lifestyle to have correct posture. In this paper, we construct a reasonably priced motion capture system requiring less preparation time and measurement space by using small-sized and lightweight micro electro-mechanical systems-based wireless inertial sensors to address the problems with the existing motion capture system. In addition, we have acquired and analyzed 4-joint motion data. The analysis results show that the motion data of four joints acquired through the embodied system can be applied to the self-coaching system, and users can employ the system for spinal disease diagnosis themselves.