Gesture Remote Control Design Based On Somatosensory Technology

In the rapid development of computer technology,human-computer interaction has become an important part of people’s life and work.Compared with the traditional control methods,gesture interaction has received extensive attention because of its simple,direct and other characteristics.Gesture refers to the detailed behavior and posture of a person when he applies his arm.The gesture as a communication tool widely used,in the long-term social development,has been given a variety of specific information,can express the meaning of intuitive,plus the arm of complex structure,high flexibility and range of activities are big,very natural gesture becomes a means of human expression,occupies an important position in the daily communication.Gestures are more convenient and natural than human-computer interaction,and can further develop human-computer interaction and make computers more intelligent.This paper integrates the advanced somatosensory technology in the field of communication technology,and realizes a gesture remote control design with multiple functions.It is a somatosensory interaction system integrated with a variety of technology.In this paper,from the Kinect intelligent device to the user’s depth image,the human body is separated from the messy information,and then the depth information of the human body is segmented,and the gesture recognition is carried out.In this paper,the hidden Markov model(HMM)algorithm is used to perform dynamic gesture recognition,and the static and dynamic gestures are analyzed to enhance the accuracy of gesture recognition.And the use of gesture recognition and Kinect skeleton tracking technology,without touch,gesture can be separated by space interaction,breaking the general interaction system can not interact with limitations.