中圖分類號： TN99 文獻(xiàn)標(biāo)識碼： A DOI：10.16157/j.issn.0258-7998.200147 中文引用格式： 楊海清,，錢濤. 基于Kinect的動態(tài)姿勢識別方法在醫(yī)療康復(fù)中的應(yīng)用[J].電子技術(shù)應(yīng)用，2020,，46(12)：94-96,，102. 英文引用格式： Yang Haiqing，Qian Tao. Application of Kinect-based dynamic posture recognition method in medical rehabilitation[J]. Application of Electronic Technique,，2020,，46(12)：94-96，102.
Application of Kinect-based dynamic posture recognition method in medical rehabilitation
Yang Haiqing，Qian Tao
School of Information Engineering,，Zhejiang University of Technology,，Hangzhou 310014，China
Abstract： In the field of three-dimensional virtual experiment, human pose recognition is one of the key technologies. Applying this technology to modern medical treatment can provide certain assistance and promotion for medical rehabilitation. In this study, the Kinect human bone tracking technology is combined with medical rehabilitation. Based on the extensive collection of standard medical rehabilitation actions, a set of standard medical rehabilitation action database is constructed as the basis for comparison with the data collected by sensors. In order to improve the stability of joint angle measurement and the accuracy of pose recognition, a method of pose determination based on the Euclidean distance and angle between joint points is proposed. The results show that through the application of this technology, the recognition rate of posture is high, and the feedback can be given in time for the rehabilitation training of the trainer, which makes the movement evaluation and guidance for the trainer more convenient and efficient, and is conducive to the development of medical science and technology, with the promotion value.
Key words : human-computer interaction,；gesture recognition,；medical rehabilitation
Kinect一經(jīng)提出就取得了廣泛認(rèn)可，國內(nèi)外爭相展開相關(guān)研究,，也取得了較為豐富的成果,。其中，SCHWARZ L A[1]等借助Kinect技術(shù)來獲取人體骨骼模型的深度圖像,，從而對人體各部位的距離進(jìn)行測定,；我國研究者Zheng Xiao[2]等利用Kinect的深度傳感器來識別人體在三維空間中的動作情況；HU R Z L[3]等則把Kinect安裝在學(xué)步車上,，以此來獲取腿部的動作,，用于后續(xù)的分析。
