基于虚拟现实的船舶设计技术研究
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摘要
传统船舶的搭建设计过程中,不能有效监测舱室温度,且航行信息的无线传感方面,存在较长的时间延迟。为有效解决上述问题,引入虚拟现实技术,对传统船舶设计方法进行改进。通过温度监测模块整体架构改进、温度数据采集技术改进,完成基于虚拟现实的船舶舱室温度监测技术改进。通过GPS导航技术改进、ZigBee技术改进、无线传感网络模型改进,完成基于虚拟现实的船舶无线传感技术改进。设计对比实验结果表明,利用改进后技术搭建的船舶,可以有效监测舱室温度,且大幅缩短航行信息无线传感的时间延迟。
In the process of building and designing traditional ships, the temperature of the cabin can not be monitored effectively, and there is a long time delay in the wireless sensing of navigation information. In order to solve the above problems effectively, the virtual reality technology is introduced to improve the traditional ship design method. Through the improvement of the overall structure of the temperature monitoring module and the improvement of the temperature data acquisition technology, the temperature monitoring technology of the ship cabin based on virtual reality is improved. Through the improvement of GPS navigation technology, the improvement of ZigBee technology and the model of wireless sensor network, the improvement of ship wireless sensing technology based on virtual reality is completed. The design contrast experiment results show that the ship built by the improved technology can effectively monitor the cabin temperature and shorten the wireless sensor time delay of navigation information.
In the process of building and designing traditional ships, the temperature of the cabin can not be monitored effectively, and there is a long time delay in the wireless sensing of navigation information. In order to solve the above problems effectively, the virtual reality technology is introduced to improve the traditional ship design method. Through the improvement of the overall structure of the temperature monitoring module and the improvement of the temperature data acquisition technology, the temperature monitoring technology of the ship cabin based on virtual reality is improved. Through the improvement of GPS navigation technology, the improvement of ZigBee technology and the model of wireless sensor network, the improvement of ship wireless sensing technology based on virtual reality is completed. The design contrast experiment results show that the ship built by the improved technology can effectively monitor the cabin temperature and shorten the wireless sensor time delay of navigation information.
引文
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[2]王昊,曾鸿,倪文利,等.基于虚拟现实的船舶辅机设备拆装训练系统[J].江苏科技大学学报(自然科学版),2017,31(1):44-48.
[3]杜春梅,冀志刚,国光友.虚拟现实技术下船舶航向控制算法测试平台设计[J].舰船科学技术,2016,38(2):82-84.
[4]李涛涛,徐李荣,方雄兵,等.面向船舶虚拟维修工具的建模及其运动控制[J].南昌工程学院学报,2016,35(4):63-66.