Dissertation
Dissertation > Medicine, health > Chinese Medicine > Journal of Orthopaedics

Applied Research of Multi-sensor Information Fusion Technology in the Virtual Chinese Medicine Bone-setting Manipulation

Author SongXiaoRui
Tutor CaoHui
School Shandong University of Traditional Chinese Medicine
Course Biomedical Engineering
Keywords Lab VIEW Information Fusion EKF Bonesetting Virtual Reality
CLC R274
Type Master's thesis
Year 2011
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Purpose: traditional Chinese medicine bonesetting scientific objective of the development trends and needs , as well as the urgency of saving and effective TCM bonesetting heritage , design a virtual Chinese bonesetting system effectively overcome the Chinese bonesetting case case random sexual brought a lot of inconvenience to achieve common cases , difficult cases , typical cases , rare cases of treatment methods and processes encountered in the clinical vivid reproduction of multiple physical quantities and scientific analysis bonesetting reset process , helping to train medical schools students and young doctors , is conducive to the Orthopaedics and Traumatology practices to flourish . Methods: Lab VIEW platform software infrastructure , combined with the modern technology of virtual instruments , electronics, computer science and signal processing design to achieve a virtual Chinese bone setting manipulation system based on virtual instrument technology . This paper describes the use of information fusion technology in the extended Kalman filter algorithm analysis in a virtual environment of TCM bonesetting fracture the stump distal end of the position , displacement , and fracture of the distal relative shift of physical quantities such as physiological point of view , the virtual bonesetting in fracture fragments much heart - side trajectory simulation. Results: The analysis of the practices of the virtual environment of Traditional Chinese Orthopedics and Traumatology relative shift physiological point of physical quantities such as position , displacement and fracture of the distal fracture of the distal fracture fragments distal end trajectory simulation in virtual bonesetting for virtual Chinese realization of bonesetting system laid the foundation. Conclusion: This study showed that the trajectory simulation to achieve scientific quickly and accurately provide the information required by the user , will the Chinese bonesetting science digital techniques of Traditional Chinese Orthopedics and Traumatology provides a practical , recordable research platform to achieve the desired objectives.

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