首页> 外文会议>Intelligent Robots and Systems, 2003. (IROS 2003). Proceedings. 2003 IEEE/RSJ International Conference on >ShareCam part 1: interface, system architecture, and implementation of a collaboratively controlled robotic Webcam
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ShareCam part 1: interface, system architecture, and implementation of a collaboratively controlled robotic Webcam

机译:ShareCam第1部分:界面,系统架构和协作控制的机器人网络摄像头的实现

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ShareCam is a robotic pan, tilt, and zoom web-based camera controlled by simultaneous frame requests from online users. Part II describes algorithms. This paper, part I, focuses on the system. Robotic Webcameras are commercially available but currently restrict control only one user at a time. ShareCam introduces a new interface that allows simultaneous control many users. In this Java-based interface, participating users interact desired frames remotely located browsers where users draw desired frames over a fixed panoramic image. User inputs re transmitted back to pair of PC servers that compute optimal camera back to a pair of PC servers that compute optimal camera parameters, servo the camera, and provide a video stream to all users. We describe the system, online experiments, and compare results with two frame selection models based on user "satisfaction", one memoryless and the second based on satisfaction over multiple motion cycles.
机译:ShareCam是一种基于网络的自动平移,倾斜和缩放相机,由在线用户同时请求帧来控制。第二部分描述算法。本文第一部分着重于系统。机器人网络摄像机可从市场上买到,但目前一次只能控制一个用户。 ShareCam引入了一个新界面,该界面允许同时控制许多用户。在此基于Java的界面中,参与的用户在远程浏览器中与所需的框架进行交互,在该浏览器中,用户在固定的全景图像上绘制所需的框架。用户输入重新传输到一对计算最佳摄像机的PC服务器,再传回一对计算最佳摄像机参数,对摄像机进行伺服并向所有用户提供视频流的PC服务器。我们描述了该系统,进行了在线实验,并将结果与​​基于用户“满意度”的两种帧选择模型进行了比较,一种是无记忆的,另一种是基于多个运动周期的满意度的。

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