摘要
在导航装备数字维修平台中,提出了一种新的面向Agent思想的可视化交互系统的结构模型,该模型采用B/S模式网络平台构建;将网络化虚拟现实技术应用于装备维修领域,针对某型惯性导航装备,给出了基于Cu lt 3D虚拟现实技术的可视化交互系统的实现方法,虚拟装备的动作由用户自定义的Java类灵活控制。该交互系统与B/S网络平台可实现无缝结合,处于网络中的用户只需通过浏览器即可与虚拟装备进行交互。系统测试表明,该设计方案完全可行,虚拟导航装备形象逼真,交互性好,可便于维修人员深入了解装备的内部结构,从而提高工作效率。
A new structure model of visualized interaction system based on Agent is brought forward in the digital maintenance platform for navigation equipments. The model is built on the B/S web platform and a realization method with Cult 3D technology whose actions are controlled by Java is introduced.. The interaction system can integrate the B/S web platform seamlessly, users in network can interact with the virtual equipments through Internet Explorer. Testing of system shows that the design scheme is feasible and virtual navigation equipments are vivid, with good interaction and the inside structure of real equipment is convenient for maintainer to watch, so that maintenance efficiency is improved.
出处
《计算机仿真》
CSCD
2006年第9期215-218,共4页
Computer Simulation
关键词
数字维修平台
智能体
虚拟现实
交互系统
Digital maintenance platform
Agent
Virtual reality
Interaction system
