Tracking method for Human Computer Interaction using Wii Remote

L. Bharath, S. Shashank, V. Nageli, Sangeeta Shrivastava, S. Rakshit
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引用次数: 9

Abstract

Over the years the techniques and methods that have been used to interact with the computers have evolved significantly. From the primitive use of punch cards to the latest touch screen panels we can see the vast improvement in interaction with the system. The same applies to the projection technology for creating various geometric displays. Researchers are exploring new ways of projection and interaction technologies to create ‘illusion’ that can reshape our perception and interaction methodologies. In this paper we implemented (Infrared) IR light source tracking system which can be used for tracking single and multiple IR light source positions and can be used effectively in optical tracking problems such as tracking head position which is all pervasive requirement in a Virtual Reality System. We present a method of mapping IR light source position and orientation to an image. We defined the interaction techniques for an image manipulations with the help of fingers such as zoom, tilt/rotate, scale etc. We can extend our tracking capabilities to implement the touch screen feature to commercial applications. The paper illustrates the hardware and software used for implementing IR light source tracking based applications.
Wii遥控器人机交互的跟踪方法
多年来,用于与计算机交互的技术和方法有了显著的发展。从原始的打孔卡片到最新的触摸屏面板,我们可以看到与系统交互的巨大改进。这同样适用于用于创建各种几何显示的投影技术。研究人员正在探索新的投影方式和互动技术,以创造“幻觉”,重塑我们的感知和互动方法。本文实现的红外光源跟踪系统可用于跟踪单个和多个红外光源位置,可有效地用于虚拟现实系统中普遍要求的头部位置跟踪等光学跟踪问题。提出了一种将红外光源的位置和方向映射到图像的方法。我们定义了在手指的帮助下进行图像操作的交互技术,如缩放、倾斜/旋转、缩放等。我们可以扩展我们的跟踪功能,将触摸屏功能应用到商业应用中。本文阐述了实现红外光源跟踪应用所需的硬件和软件。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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