Research of Space Teleoperation Based on FreeForm and Augmented Reality Technology

Zhengxu Zhao, Tingting Zhang, Shiqi Wang
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引用次数: 2

Abstract

People, who want to complete various operations, usually has some risks and difficulties in the distant, sinister and complex environment. At present, the space teleoperation technology extends the field of human perception, expanding the scope of human behavior, keeping people away from danger to accomplish the same tasks. However, there always exists communication latency problems insides the teleoperation process. To solve this problem, people use Augmented Reality Technology (AR) to superimpose the entity information obtained from the Space Teleoperation System to the real world. Currently, the traditional AR could only enhance or extend human visual system, but fail in effectively simulating touch states. In order to overcome this disadvantage, this paper introduces a novel method that combines the FreeForm Haptic System with AR to improve the tactual simulation. In addition, PHANTOM’s mechanical arm possesses high degrees of freedom and maneuverability. This article also proposes FreeForm mechanical arm as a remote actuators for space teleoperation.
基于自由形态和增强现实技术的空间遥操作研究
人们要完成各种操作,在遥远、险恶、复杂的环境中,往往会有一定的风险和困难。目前,空间遥操作技术拓展了人类的感知领域,扩大了人类的行为范围,使人们远离危险完成同样的任务。然而,远程操作过程中始终存在通信延迟问题。为了解决这一问题,人们利用增强现实技术(AR)将空间遥操作系统获得的实体信息叠加到现实世界中。目前,传统的AR只能增强或扩展人类的视觉系统,而不能有效地模拟触摸状态。为了克服这一缺点,本文介绍了一种将FreeForm触觉系统与AR相结合的新方法来改善触觉仿真。此外,PHANTOM的机械臂具有高度的自由度和可操作性。本文还提出了FreeForm机械臂作为空间遥操作的远程执行机构。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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