首页> 外文会议>IEEE International Symposium on Circuits and Systems;ISCAS 2009 >Towards a gesture based human-machine interface: Fast 3D tracking of the human fingers on high speed smart camera computers
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Towards a gesture based human-machine interface: Fast 3D tracking of the human fingers on high speed smart camera computers

机译:迈向基于手势的人机界面:在高速智能相机计算机上对人的手指进行快速3D跟踪

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Rich multimedia and 3D graphical UIs need new methods for efficient input. Current mainstream human-machine interfaces are the keyboard and the mouse but touch based ones are emerging recently. Some more esoteric counterparts are also used mainly in virtual reality systems. These current devices has some properties which make them unusable (wires attached or gloves or other markers must be worn) and lacking some others (touch less and distant control). Our project aims to develop a system based on 3D visual recognition of human hand gestures for both home and industrial applications. In this paper we present the fundamental part of this system: the 3D finger tracking algorithm and its implementation properties on smart camera systems.
机译:丰富的多媒体和3D图形UI需要新的方法来进行有效的输入。当前主流的人机界面是键盘和鼠标,但是基于触摸的人机界面最近正在兴起。一些更深奥的对应物也主要用于虚拟现实系统中。这些当前设备的某些特性使其无法使用(必须连接电线或必须戴上手套或其他标记),而缺少其他一些特性(触摸少且可遥控)。我们的项目旨在为家庭和工业应用开发基于3D视觉识别的人类手势系统。在本文中,我们介绍了该系统的基本部分:3D手指跟踪算法及其在智能相机系统上的实现属性。

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