The Design And Research Of Key Technologies On The UAV Front-end System Based On Web

As a dynamic, controllable, can carry a variety of mission equipment and reusable unmanned aircraft. UAVs in recent year have been widely used in scientific research, military and other fields of national production, the related research and applications have become a research hotspot. In these studies on UAVs, the airborne network is particularly important, in order to study UAV airborne network, design and development of appropriate UAV airborne network test platform has become one of the main tasks to be solved.UAV ground control station system is the most important part of the UAV airborne network test platform, and front-end interface system is the core of the UAV ground control station system. An excellent front-end network interface system is an indispensable condition of UAV airborne network research, and also can be auxiliary conditions to greatly enhance the research.In order to meet the UAV airborne network research and testing needs, we designed a UAV network front-end interface system, the main tasks include the following aspects:1) Analyze the requirement of this network front-end interface system to the network UAV airborne network test system, then develop and demonstrates the necessity and feasibility of a Web-based technology route;2) Analyze and understanding key technologies of the various support systems development, and we focuses on the Ajax-based interface design techniques and Struts 2 based web development technology;3) Design the entire UAV network front-end interface system, from the logical structure and function of the structure, and its five subsystems.This paper also describes our testing process of the front-end interface to the network system, including the testing process while progress and the completion of detailed system performance and functional testing after it finished. The test results and the performance analysis results showed that: the system design of this article is reasonable, and all the functional and non-functional requirements have been fully achieved. In addition, by comparison with similar products, web-based systems of this present design have its certain advantages.