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Development of a hand pose recognition system on an embedded computer using Artificial Intelligence

机译:使用人工智能在嵌入式计算机上开发手势识别系统

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The recognition of hand gestures is a very interesting research topic due to the growing demand in recent years in robotics, virtual reality, autonomous driving systems, human-machine interfaces and in other new technologies. Despite several approaches for a robust recognition system, gesture recognition based on visual perception has many advantages over devices such as sensors, or electronic gloves. This paper describes the implementation of a visual-based recognition system on a embedded computer for 10 hand poses recognition. Hand detection is achieved using a tracking algorithm and classification by a light convolutional neural network. Results show an accuracy of 94.50%, a low power consumption and a near real-time response. Thereby, the proposed system could be applied in a large range of applications, from robotics to entertainment.
机译:由于近年来对机器人技术,虚拟现实,自动驾驶系统,人机界面和其他新技术的需求不断增长,手势的识别是一个非常有趣的研究主题。尽管有几种用于健壮的识别系统的方法,但是基于视觉的手势识别相对于诸如传感器或电子手套的设备具有许多优点。本文介绍了嵌入式计算机上基于视觉的识别系统的实现,该系统可进行10个手势识别。使用跟踪算法并通过光卷积神经网络进行分类来实现手部检测。结果显示出94.50%的精度,低功耗和接近实时的响应。因此,所提出的系统可以应用于从机器人技术到娱乐的广泛应用。

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