基于增强现实与异型屏实时互动系统的研究
기우증강현실여이형병실시호동계통적연구
Research and implement real-time HCI system based on augmented reality and anomalous screens
  • 万方数据
    计算机应用研究 계산궤응용연구
    APPLICATION RESEARCH OF COMPUTERS
    2009年 8期 2934-2937 ,共4页

    陈一民%陈明%许永顺%柯少敏%姚争为%陆涛%胡俊%陆意骏

    진일민%진명%허영순%가소민%요쟁위%륙도%호준%륙의준

    增强现实%人机交互%异型屏%实时处理%人工免疫系统 增彊現實%人機交互%異型屏%實時處理%人工免疫繫統
    증강현실%인궤교호%이형병%실시처리%인공면역계통
    augmented reality%human computer interaction%anomalous screen%real-time process%artificial immune system
    提出并实现了一种基于增强现实的多人实时互动的平台和系统.首次提出了在展览展示领域融合应用AR技术与多异型屏技术,研究并实现了AR系统多人实时互动相关技术,设计了AR交互系统的渲染平台、交互平台和网络通信平台.提出利用人工免疫算法解决AR系统实时碰撞检测的问题.系统将在世博会进行展示应用,具有良好的技术与经济效益前景.
    제출병실현료일충기우증강현실적다인실시호동적평태화계통.수차제출료재전람전시영역융합응용AR기술여다이형병기술,연구병실현료AR계통다인실시호동상관기술,설계료AR교호계통적선염평태、교호평태화망락통신평태.제출이용인공면역산법해결AR계통실시팽당검측적문제.계통장재세박회진행전시응용,구유량호적기술여경제효익전경.
    This paper proposed and implemented a novel multi-users real-time HCI platform and system based on augmented reality (AR). System seamed AR technology and multi-anomalous screens in exhibition area firstly. This paper researched and implemented multi-users real-time HCI technology. The AR render platform, HCI platform and network communication platform were designed and implemented. System applied artificial immune system (AIS) algorithm solved the AR real-time collision detection problem. It will be exhibited in EXPO 2010 in Shanghai. It had well technology and economic efficiency.
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