Operational assistance system for crane using interactive adaptation interface-design of 3D virtual crane simulator for operation training

M. Yoneda, F. Arai, T. Fukuda, K. Miyata, T. Naito
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引用次数: 8

Abstract

A rough terrain crane has excellent operativity and mobility, yet the operation of the rough terrain crane is very difficult because of complexity of the control system, payload's swing, lack of information, etc. These problems can be settled by intelligent crane system if it can assist an operator to perform efficient crane operation. We proposed an assistance system for crane operation using an interactive adaptation interface. The assistance system produces various kinds of operational assistance. In this paper, we propose a crane simulator system for operation training using the proposed crane system. The proposed system has a function called multimodal display which presents various kinds of operational assistance. We consider the realization of the training system by adaptation of the strength of operational assistance based on operator's state; we focus on the operators skill level. We propose an adaptation method based on operational skill and perform simple operation experiments to confirm the effectiveness of the method described.
基于交互式自适应的起重机操作辅助系统,设计了用于操作训练的三维虚拟起重机模拟器
摘要地形起重机具有良好的操作性和机动性,但由于控制系统复杂、载荷摇摆不定、信息缺乏等原因,给地形起重机的操作带来了很大的困难。如果智能起重机系统能够辅助操作人员进行高效的起重机操作,那么这些问题都是可以解决的。提出了一种采用交互式自适应界面的起重机操作辅助系统。辅助系统产生各种操作辅助。在本文中,我们提出了一个起重机模拟器系统,使用该系统进行操作训练。该系统具有多模式显示功能,可显示各种操作辅助。考虑了基于操作者状态对操作辅助强度的自适应来实现训练系统;我们关注的是操作员的技能水平。我们提出了一种基于操作技能的自适应方法,并进行了简单的操作实验来验证所述方法的有效性。
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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