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A Novel Robust Laser Tracking System with Automatic Environment Adaptation and Keystone Correction

机译:具有自动环境适应和梯形校正功能的新型鲁棒激光跟踪系统

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Laser pointer usage in presentations has become a regular feature in recent times. The utilization of lasers till now has just been limited to pointing at a position in the display whilst at the same time a mouse controls the clicking in a display. The motivation here is to devise a method in which a laser pointer can replace a mouse as well. To do so the first step is to enable the cursor to follow the laser spot. This research paper presents a novel method to robustly detect the laser spot in a projected display with the help of a camera. The cursor is then made to move towards the estimated position of the laser spot in desktop coordinates. To the user it seems as if cursor is tracking the laser spot. The presented system performs Automatic Environment Tuning to adjust in any environment and it can be used with any laser color and is independent of the position of camera with respect to projected screen.
机译:演示中使用激光指示器已成为最近的常规功能。到目前为止,激光的使用仅限于指向显示器中的某个位置,而同时鼠标控制显示器中的点击。这里的动机是设计一种方法,其中激光指示器也可以代替鼠标。为此,第一步是使光标能够跟随激光点。这篇研究论文提出了一种新颖的方法,可以借助相机来稳健地检测投影显示器中的激光光斑。然后使光标向桌面坐标中激光点的估计位置移动。对于用户而言,似乎光标正在跟踪激光点。所提出的系统可以在任何环境下进行自动环境调节以进行调整,并且可以与任何激光颜色一起使用,并且与摄像机相对于投影屏幕的位置无关。

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