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Programmable Metasurface Based Microwave Gesture Detection and Recognition Using Deep Learning

机译:基于可编程的MEDasurface基于微波手势使用深度学习检测和识别

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Gesture is an important way of communication in people’s daily life, helping people to understand each other in some special cases. Most of recent research is of the optical field, which is limited when in dark or with obstacles, while the microwave can address these issues with its all-day, all-weather, and penetrability properties. Programmable metasurfaces have been widely applied in many fields since it’s programmable, flexible, controllable and multifunctional. In this paper, we realize the gesture detection and recognition using deep learning neural network, Faster Region-based Conventional Neural Network (Faster R-CNN) and Conventional Neural Network (CNN). The detection and recognition here are based on the microwave images with programmable metasurface. The accuracy of gesture detection and recognition are both very high, beyond 90%.
机译:姿态是人们日常生活中沟通的重要途径,帮助人们在某些特殊情况下互相理解。最近的大部分研究是光学领域,当微波或障碍物时受到限制,而微波炉可以以其全天,全天候和渗透性属性解决这些问题。由于它是可编程,灵活,可控和多功能的可编程元件,因此可编程Metasurfaces已广泛应用于许多领域。在本文中,我们实现了使用深度学习神经网络,基于区域的传统神经网络(更快的R-CNN)和传统神经网络(CNN)的姿态检测和识别。这里的检测和识别基于具有可编程元曲面的微波图像。手势检测和识别的准确性均非常高,超过90%。

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