Design And Realization Of Artillery Unmanned Aerial Vehicle Ground Control System

In recent years,with the rapid development of UAV market,unmanned aerial vehicle is more and more widely used in civil and military fields.In the military field,UAVs participate in modern airport wars.It can be said that military unmanned aerial vehicles have become a modern war "standard" equipment.At present,our military unmanned aerial vehicles execute large strategic reconnaissance missions.At the same time,all the services and arms are also equipped with UAVs,which are used to assist in the completion of the corresponding combat missions.With the new type of artillery equipment installed,the traditional reconnaissance target means can not adapt to the range that is becoming farther and farther in actual situation.Thus,it is of great significance to study the UAV of the artillery fire.In this paper,based on the installed UAV system of our military,the design and development of UAV Ground Control System software platform was presented.Combined with artillery characteristics,the calculation of firing and the target value evaluation of the artillery firing were increased in the platform.The subject software platform was built in the LabVIEW development environment,and the design of the platform was based on the idea of modularization,and in order to evaluate the value of the target of auxiliary decision,fuzzy algorithm was used to calculate the order by entropy.Firstly,this paper described the research background and significance of the subject,introduces the present situation of unmanned aerial vehicle research and analyses the application actuality of unmanned aerial vehicle in our army,puts forward the function demand of the software platform of the UAV Ground control system,and then introduces the development tools and related technologies of the subject.Secondly,according to the function demand analysis,this paper proposes the design scheme of the system platform,completes the whole structure design of the software system,determines the development environment of the system and the idea of adopting modular realization function.Thirdly,this paper introduced the development tools and technologies related to the project.Fourthly,the realization of the virtual instrument module,the map navigation module,the data management module and the auxiliary decision module were described in detail,and the relevant test and experiment were carried out.Finally,the research work of the whole subject was summarized and the prospect of the next step was put forward.Through the design and development of artillery fire control of UAV Ground Control System software platform,this research realized all the functions that were proposed before.In this paper,the author put forward a new method that combined the reconnaissance capability of UAV with the auxiliary decision,which makes up for the shortage of the unmanned aerial vehicle system which has been listed in our army,which must be connected with other Combat command system generalists to better assist the command decision-making,and is closely integrated with practical work and had actual significance.