用于人类引导的计算机模拟的广义触觉装置

Thomas Taylor, David E. Johnson
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引用次数: 1

摘要

本文提出了有形仿真的思想:计算机仿真以及耦合自定义机器人接口,该接口提供仿真状态的物理表示和控制关键仿真参数的有形手段。在使用两个触觉臂装置的三体重力模拟中,对有形仿真概念进行了原型化。演示了控制行星位置和速度以及改变仿真参数(如仿真时间步长)的接口概念。最终系统能够通过有形的仿真界面对耦合计算机仿真进行探索和控制。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Tangible simulations Generalized haptic devices for human-guided computer simulations
This paper presents the idea of a tangible simulation: a computer simulation along with a coupled custom robotic interface that provides a physical representation of the simulation state and a tangible means of controlling key simulation parameters. The tangible simulation concept is prototyped in a three-body gravitational simulation using two haptic arm devices. Interface concepts for controlling planetary position and velocity along with changing simulation parameters such as simulation time step are demonstrated. The final system is able to explore and control the coupled computer simulation through the tangible simulation interface.
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