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Interactive Touch Control Method Based on Image Denoising Technology

机译:基于图像去噪技术的交互式触控控制方法

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In this paper, an interactive touch control method based on image filter technology is proposed to solve the problem of noise interference in the image transmission of interactive system. Firstly, an interactive touch control system based on Kinect sensor is constructed. The intelligent interaction area is created by projection technique and dynamic capture method, and the image of Kinect is processed by Kalman filtering. Finally, the infrared operation pen is employed to simulate the mouse to achieve human-computer interaction. The experimental results show that the interaction effect of the human-computer interaction system can be well obtained.
机译:本文提出了一种基于图像滤波器技术的交互式触摸控制方法来解决交互式系统图像传输中的噪声干扰问题。首先,构造基于Kinect传感器的交互式触摸控制系统。智能交互区域是通过投影技术和动态捕获方法创建的,并且通过卡尔曼滤波处理Kinect的图像。最后,采用红外操作笔来模拟鼠标以实现人计算机的相互作用。实验结果表明,人计算机相互作用系统的相互作用效果可以得到很好地获得。

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