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Effects of DOF separation on elastic devices for the navigation in 3D virtual environments with force feedback

机译:DOF分离对带有力反馈3D虚拟环境导航的弹性装置的影响

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We investigated the use of a new haptic device called DigiHaptic in a 3D navigation task. Unlike other devices intended to interact in 3D with one end-effector, the DigiHaptic has three levers that the user may handle simultaneously or not in elastic mode to rate control objects. We compared it to the SpaceMouse-another elastic device - to evaluate the influence that degrees of freedom (DOF) separation and force feedback have in terms of accuracy (errors) and speed (time) in a 3D navigation task. We found that users performed the task with the same amount of time on both devices but that DOF separation increases the control accuracy of the camera.
机译:我们调查了在3D导航任务中使用称为DigiPaptic的新触觉设备。与旨在用一个端部执行器中的3D交互的其他设备不同,DigiPAPTIC具有三个杠杆,用户可以在弹性模式下同时处理以速率控制对象。我们将其与间隔座 - 另一个弹性装置进行比较 - 以评估自由度(DOF)分离和力反馈的影响,以3D导航任务中的精度(错误)和速度(时间)。我们发现用户在两个设备上执行了相同时间的任务,但是DOF分离增加了相机的控制精度。

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