User performance in relation to 3D input device design
User performance in relation to 3D input device design
复制标题
与 3D 输入设备设计相关的用户性能
DOI：
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发表时间：
1998
期刊：
影响因子：
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通讯作者：
Shumin Zhai
中科院分区：
文献类型：
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作者：
Shumin Zhai
本文主要基于作者在多伦多大学进行的一系列研究，回顾了用于3D用户界面的各种六自由度（6 DOF）输入设备的可用性。本文涵盖了以下问题：输入设备可用性的多个方面（性能测量），基于鼠标的6自由度交互，3D界面的鼠标修改，自由移动等压6自由度设备，桌面等距和弹性6自由度设备，基于电枢的6自由度设备，位置与速率控制以及6自由度控制手柄的形状因素。这些问题在介绍性和实践性的层面上进行了处理，并提供了更多的技术和理论参考。
Based mainly on a series of studies the author conducted at the University of Toronto, this article reviews the usability of various six degrees of freedom (6 DOF) input devices for 3D user interfaces. The following issues are covered in the article: the multiple aspects of input device usability (performance measures), mouse based 6 DOF interaction, mouse modifications for 3D interfaces, free-moving isotonic 6 DOF devices, desktop isometric and elastic 6 DOF devices, armature-based 6 DOF devices, position vs. rate control and the form factors of 6 DOF control handle. These issues are treated at an introductory and practical level, with pointers to more technical and theoretical references.