摘要
为更好地满足船员训练要求,根据大型船舶操纵模拟器技术性能标准,对模拟器开发中最新的关键技术进行探讨,具体针对模拟器的仿真驾驶台和虚拟现实系统两方面进行研究,驾驶台由传统驾驶台发展到高度集成、智能化水平较高的综合船桥系统(Integrated Bridge System,IBS)驾驶台,虚拟现实系统由普通的三维视景显示系统发展到360°全景立体视景系统,并且改进视景系统中海浪渲染方法、分布式渲染技术以及投影图像校正与融合技术.
To meet the new requirement of sailor traning, some novel approaches to improve the key techniques of navigation simulator have been introduced accordint to the performance standard of navigation simulator, including ship bridge system and visual system. The bridge system has been updated into the intelligent Integrated Bridge System（IBS） from traditional bridge system. The visual system has been turned into 360° panoramic 3D stereo display system from mono visual system. Furthermor, other key techniques have also been improved, such as high performnace wave model, distributed rendering method, multi-projector edge blending, camera-based calibration technique and so on.
出处
《上海海事大学学报》
北大核心
2007年第1期143-149,共7页
Journal of Shanghai Maritime University
基金
上海市重点学科建设项目(T0603)
上海市教委项目(05FZ12)
关键词
操纵模拟器
虚拟现实
图像边缘融合与校正
综合船桥系统
navigation simulator
virtual reality
edge blending and calibration
Integrated Bridge System
