Design and Implementation for A Bimanual Input System on Virtual Environments

机译：虚拟环境中Bimanual输入系统的设计与实现

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Recently, immersive projection technology (IPT) systems such as CAVE and CABIN have attracted great attention. In IPT systems, since we can experience virtual environments with whole body, these can provide high immersive virtual environments. To interact with virtual environments easily, IPT systems often adopt one-handed input systems. However, by using bimanual input systems, their operationality, e.g., walking-through and pointing, can be improved. Although there are several bimanual input systems for virtual environments, these have not been used for IPT systems. In this paper, we propose a bimanual input system for IPT systems. In our proposed system, users wear compact joysticks on both hands and their hands' positions are detected by magnetic sensors. By using the system, users can interact with the virtual environment in the IPT system. From our evaluations, we confirmed that our proposed system provides fast and easy operations in virtual environments.

机译：最近，洞穴和机舱等沉浸式投影技术（IPT）系统引起了极大的关注。在IPT系统中，由于我们可以通过全身体验虚拟环境，因此可以提供高沉的虚拟环境。要轻松地与虚拟环境进行交互，IPT系统通常采用单手输入系统。然而，通过使用Bimanual输入系统，可以改善它们的操作，例如步行和指向。虽然有几个虚拟环境的Bimanual输入系统，但这些都没有用于IPT系统。在本文中，我们为IPT系统提出了一个Bimanual输入系统。在我们提出的系统中，用户在双手上佩戴紧凑型操纵杆，并通过磁传感器检测其手的位置。通过使用该系统，用户可以与IPT系统中的虚拟环境进行交互。从我们的评估中，我们确认我们的建议系统在虚拟环境中提供了快速简便的操作。

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《International Conference on Advanced Information Networking and Applications》|2006年||共5页
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Tomoki Yoshihisa; Yukio Yasuhara; Koji Koyamada; Masahiko Tsukamoto;
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中图分类 TN915-53;
关键词
Virtual Reality; Immersive Projection Technology; Bimanual Inputs; User Interface;

机译：虚拟现实;沉浸式投影技术;Bimanual输入;用户界面;

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Design and Implementation for A Bimanual Input System on Virtual Environments

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