ISBN: 978-981-14-4787-7 DOI: 10.18178/wcse.2020.06.034
3D Virtual Vision Construction Platform for Airport Design Evaluation Based on Virtual Reality Technique
Abstract— Airport is the start and end node of the air transportation system. The development of simulation platform for the evaluation of airport expansion or building scheme has become a common concern of the industry. In this paper, a 3-dimensional virtual vision fast construction platform for airport design evaluation was developed based on VR technology. Typical models related to elements of airport airside area has been produced and integrated into the platform, including the static ones (such as runway, taxiway) and movement objects (aircraft and vehicle). The weather effect models were incorporated into the platform. Airport 3D virtual vision model could be quickly and efficiently created by selecting models and modify the parameters of models in this platform. The plug-in technology is used in the development of the platform, which is contribute to the integration of evaluation algorithms for airport planning and design scheme. The VR technology used in this platform provides an intuitive means to verify the airport design schema through the VR helmet and handle. As a demonstration, we have developed an air traffic control tower position sitting function package. The test result indicates that the platform meets the requirement of reliability on creating 3D virtual vision, and it is easy-use to airport designers
Index Terms— airport; design evaluation; virtual vision; virtual reality
Zuo Ling, He Yong, Wang Lan, Zhu Xinping
East China Regional Air Traffic Management Bureau of Civil Aviation of China, CHINA
College of Air Traffic Management, Civil Aviation Flight University of China, CHINA
Cite:Zuo Ling, He Yong, Wang Lan, Zhu Xinping , "3D Virtual Vision Construction Platform for Airport Design Evaluation Based on Virtual Reality Technique" Proceedings of 2020 the 10th International Workshop on Computer Science and Engineering (WCSE 2020), pp. 219-225, Shanghai, China, 19-21 June, 2020.