摘要
船舶机舱多通道视景仿真系统采用多通道融合技术、边缘融合技术、几何校正技术等进行计算机成像和无缝拼接,以实现宽视角和反算控制算法进行投影图象的非线性几何拼接和校正。进而方便用户在三维场景中进行自由的访问和操作,交互拾取时能够提供高效便捷的三维拾取功能和支持用户更好的交互场景和高效的人机交互行为,并能利用虚拟仪表、虚拟指示灯、虚拟指示盘台等动态的手段来展示虚拟交互结果。多通道视景仿真系统能够为用户提供高度的沉浸感和立体感。
The computer imaging and seamless stitching can be realized by the multi-channel visual simulation system for the ship engine room based on multi-channel fusion technology,edge fusion technology and geometric correction technology,which makes the non-linear geometric stitching and correction of projection image achieved with wide view angle and calculation control algorithm.Furthermore,it helps users visit and operate freely in the three-dimensional scene,provides efficient and convenient three-dimensional pickup function when interactive pickup and supply better interactive scenes and efficient human-computer interaction behaviors.Meanwhile,the virtual interactive results can be dynamically displayed by virtual instruments,virtual indicator lights,virtual indicator tables etc..The multi-channel visual simulation system can provide users with high degree of immersion and realism.
作者
李婷云
黄建伟
郭家建
Li Tingyun;Huang Jianwei;Guo Jiajian(Fujian Chuanzheng Communications College,Fuzhou 350007,China)
出处
《船电技术》
2021年第1期52-56,共5页
Marine Electric & Electronic Engineering
基金
福建省教育厅中青年教师教育科研项目(2018年项目编号:JA180351)。
关键词
轮机模拟器
多通道画面同步
交互拾取
边缘融合
turbine simulator
multi channel synchronous picture
interactive pickup
edge fusion