Tele-Graffiti: A Camera-Projector Based Remote Sketching System with Hand-Based User Interface and Automatic Session Summarization

被引:0
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作者
Naoya Takao
Jianbo Shi
Simon Baker
机构
[1] Matsushita Electric Industrial Co.,Digital Network Development Center
[2] Ltd.,The GRASP Laboratory
[3] University of Pennsylvania,The Robotics Institute
[4] Carnegie Mellon University,undefined
关键词
camera-projector based remote sketching systems; remote communication and collaboration; video compression and transmission; paper detection and tracking; hand-based user interfaces; automatic summarization; archiving; playback;
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摘要
One way to build a remote sketching system is to use a video camera to image what each user draws at their site, transmit the video to the other sites, and display it there using an LCD projector. Such camera-projector based remote sketching systems date back to Paul Wellner's (largely unimplemented) Xerox Double DigitalDesk. To make such a system usable, however, the users have to be able to move the paper on which they are drawing, they have to be able to interact with the system using a convenient interface, and sketching sessions must be stored in a compact format so that they can be replayed later. We have recently developed Tele-Graffiti, a remote sketching system with the following three features: (1) real-time paper tracking to allow the users to move their paper during system operation, (2) a hand based user interface, and (3) automatic session summarization and playback. In this paper, we describe the design, implementation, and performance of Tele-Graffiti.
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页码:115 / 133
页数:18
相关论文
共 2 条
  • [1] Tele-Graffiti: A camera-projector based remote sketching system with hand-based user interface and automatic session summarization
    Takao, N
    Shi, JB
    Baker, S
    [J]. INTERNATIONAL JOURNAL OF COMPUTER VISION, 2003, 53 (02) : 115 - 133
  • [2] Tele-Graffiti: A pen and paper-based remote sketching system
    Takao, N
    Shi, JB
    Baker, S
    Matthews, I
    Nabbe, B
    [J]. EIGHTH IEEE INTERNATIONAL CONFERENCE ON COMPUTER VISION, VOL II, PROCEEDINGS, 2001, : 750 - 750