Integrating a Real-Time Captured Object into Mixed Reality

Hua Chen, P. Elzer, O. Kao
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引用次数: 1

Abstract

Web-based mixed reality (MR) that combines remote real objects with a virtual environment to form a realistic 3D MR space has received much interest in cyberworlds. This paper introduces a novel method of integrating a live video object that is taken by multiple fixed cameras in a remote natural environment into a MR space. Using the captured live video frames, the view of the remote object corresponding to the user's current viewpoint in the MR space is generated in realtime based on the proposed fast view morphing algorithm, which ensures a natural image transition without reconstructing the 3D model of the object. During the user's free navigation in the MR space, the real-time generated view of the object is presented in that space, which results in a convincing impression that the remote object exists in the local realistic 3D MR space. Experimental results in both a desktop MR system and a CAVE-like MR system have demonstrated the validity of the proposed approach
将实时捕获的对象集成到混合现实中
基于网络的混合现实(MR)将远程真实物体与虚拟环境相结合,形成逼真的3D MR空间,已引起网络世界的广泛关注。本文介绍了一种将远程自然环境中多个固定摄像机拍摄的实时视频对象整合到MR空间中的新方法。利用捕获的实时视频帧,基于所提出的快速视图变形算法实时生成用户当前视点对应的远程对象在MR空间中的视图,在不重建对象三维模型的情况下保证了图像的自然过渡。当用户在MR空间中自由导航时,实时生成的物体视图将呈现在该空间中,从而产生一种令人信服的感觉,即远程物体存在于局部逼真的3D MR空间中。桌面核磁共振系统和类cave核磁共振系统的实验结果都证明了该方法的有效性
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