Research on Augmented Reality Technology in the Training of Pre-flight Safety Inspect Process
Weijia Ye, Ning He, Jin Wang · 2022 IEEE Asia-Pacific Conference on Image Processing, Electronics and Computers (IPEC) · 2022
Traditional pre-flight safety training mainly relies on paper manuals or manual teaching, which is inefficient and of low quality, cannot meet the current trend of urgent introducing aircraft inspection personnel. In the inspect process, there is no real-time information support and guidance, and the difficult problems on the site cannot be solved in time, resulting in low inspect efficiency, but also easy to induce technical errors caused by human factors, such as the inspect personnel carelessly missed a certain step during the inspection process, that will result in many adverse consequences. Based on the current situation of civil aviation inspection industry, the pre-flight inspect process work is complexity, training technicians to efficiently perform new skills is challenging. fortunately, training of this type can be supported by Augmented Reality, a powerful industrial training technology that directly links instructions on how to perform the service tasks to the aircraft components that require processing. Meanwhile, because of the increasing complexity of inspection tasks, it is not sufficient to train the technicians in task execution. It is not sufficient to train the technicians in task execution. an effective solution with the help of visualization technology is proposed. It is mainly to digitize paper manual materials into text information, pictures, videos, 3D models and other multimedia means, combined with human computer interaction development, efficient inspection training services and real-time reliable inspection guidance services. Based on Unity 3D engine and with the help of Microsoft Hololens2, the augmented reality aircraft per-flight inspection training system pursues high-precision process guidance.