Intelligent Virtual Training System For UAV

Unmanned Aerial Vehicle(UAV)is an emerging research field because of its intelligence,informatization and mechanization which is important military force in modern warfare,and it has made groundbreaking progress in the military field during the more than 100 years.However,up until now,the development of UAV is limited by the technology which make it hard to be fully automated.Therefore,the remote operation is still an indispensable approach to control UAV which means that countries need to invest a lot of cost in drilling the UAV operators every year.However,there are a lot of shortcomings during the training operators,e.g.,the current mainstream training methods of building training bases are expensive and limited by the environment,and the training scenarios cannot be fully reproduced.Therefore,this thesis designs and constructs an intelligent virtual training system for UAV which fundamentally improve this defect.The system combines virtual reality technology,computer simulation technology and artificial intelligence and other technologies,adopts GIS data-driven modeling,and combines the excellent functions of the Unity3D development platform to complete system development,restores the real environment in the virtual environment,designs and restores the actual military task execution scene and breaks the regional limitations of military drills in the real environment.The main research contents and innovative achievements of this thesis are as follows:(1)Under the premise of ensuring the fluency and stability of the system,using limited hardware resources to restore the global environment in the system,and implement model integration in the system in the form of a three-dimensional earth,which produces a method for subsequent environmental additions and also solves the problem that it is nearly impossible to be carried out globally in reality during the military exercises.(2)The elements of military drills in reality are refined and decomposed into functional buttons in the system,which improves the variability of the drill environment.In addition,the system also applies artificial intelligence algorithms to military drills to assist operators in completing military drill tasks.Through the system testing and comparative analysis with similar systems,the system has outstanding advantages and gradually become a method to improve the operator’s operating level.