(This paper implements a prototype system for human-computer interaction using video gesture acquisition, which can be roughly divided into four parts: video collection and separation, picture pre-management, gesture acquisition and recognition, and human-computer interaction. The most important part is the acquisition and recognition of gestures, the method of image management is used to acquire gestures, and the method of resolution tree is used for gesture recognition. The above methods are used to manage and analyze a video in real time, and then realize human-computer interaction. The main interactive function can be realized, the real-time performance is also good, and the accuracy is also high, but the robustness of this method is not very good, and it is more sensitive to the light intensity.
Option 1: Video-based Human-Computer Interaction Technology Research Paper.doc)
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