基于体感交互的智能家居三维设计与系统架构

Three-dimensional design and system architecture of smart home based on somatosensory interaction

本文的究的背景主要是从物联网的整体大环境出发的体感交互技术,并且还涉及了三维体感传感器Kinect,从而可以通过使用用户的重新定义的手势进行操作控制,和语音识别功能来进行传感,通过对智能手势轨迹和家居姿态的控制方法进行预先定义,同时以隐马尔可夫模型来对用户的手势进行识别运动轨迹,从而获取用户想要传递和表达的信息数据,在使用Open NI手势部分分析,从而根据使用用户的手势运动轨迹,并且按照手心的运动轨迹,对相应的指令信息进行获得执行,从而对智能家居进行管理控制。结果表明,Kinect可进行有效控制,从而使家居自动化控制程度得到提高。

This research is based on the somatosensory interaction technology of the Internet of things. By introducing a three - dimensional somatosensory sensor Kineet, a custom gesture manipulation and speech reeognition method is established. By predefining the control method of the intelligent gesture track and home gesture, the gesture trajectory is identified based on the hidden Markov model and through the Kinec. The T sensor obtains the image depth intormation, obtains the hand position according to the Open NI hand analysis module, and obtains, judges and identifies the corresponding instruction Information, and then eontrols the intelligent home. The result shows that the Kinect can be effectively controlled, thus the degree of home automation control is improved.