An active binocular integrated system for intelligent robot vision

Yang Song, Xiaolin Zhang
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引用次数: 19

Abstract

Rescue robots possessing human-like active binocular systems would allow high quality remote control by 3D viewing and stable robot vision. However, this type of system has not been researched thoroughly because it is difficult to control, and there are few accurate integrated eye motion control models. In this paper, we propose an integrated eye motion control system for a rescue robot, which integrates smooth pursuit, saccade, Vestibulo-ocular reflex (VOR) and Optokinetic response (OKR) into a binocular model. To simplify this system, we also include aspects of the human visual system, in which only the saccade command is externally applied, whereas the smooth pursuit, VOR and OKR commands are internally auto-implemented.
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一种用于智能机器人视觉的主动双目集成系统
救援机器人拥有类似人类的主动双目系统,可以通过3D观看和稳定的机器人视觉实现高质量的远程控制。然而,由于这类系统的控制难度较大,且目前还没有对其进行深入的研究,而且目前还没有准确的眼动综合控制模型。本文提出了一种救援机器人眼动综合控制系统,该系统将平滑追踪、眼跳、前庭眼反射(VOR)和光动力学反应(OKR)等功能集成到双目模型中。为了简化这个系统,我们还包括了人类视觉系统的一些方面,其中只有眼跳命令是外部应用的,而平滑追踪、VOR和OKR命令是内部自动实现的。
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