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Drone Based Kinesthetic Haptic Interface for Virtual Reality Applications

机译:用于虚拟现实应用程序的基于无人机的动觉触觉界面

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A drone is capable of actively generating kinetic energy and can apply force in a required direction. If a drone can interact physically with a user in a well-controlled manner, it can effectively become a haptic force feedback device. In this demonstration we will highlight the capabilities of a drone based haptic device through a bouncing ball application. Here the user can play with a virtual ball and the drone renders the impact force of the ball on the user's hand. For the scope of this demonstration during free fall, the ball is assumed in ideal 1D motion and only the force of gravity acts on the ball. The ground impact is calculated for an immovable surface and the rebound force is based on the energy conservation factor.
机译:无人机能够主动产生动能,并且可以沿所需方向施加力。如果无人机可以以受控的方式与用户进行身体互动,则它可以有效地成为触觉力反馈设备。在本演示中,我们将通过弹跳球应用程序重点介绍基于无人机的触觉设备的功能。在此,用户可以玩虚拟球,而无人驾驶飞机则将球的冲击力施加在用户的手上。在自由落体的演示范围内,假设球处于理想的一维运动状态,并且只有重力作用在球上。计算不动表面的地面冲击力,而回弹力则基于节能系数。

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