Design And Implementation Of Multi-radar Cooperative Detection Mission Planning Software

With the continuous development of global military forces,radar networking technology has become increasingly important in modern warfare.A well-designed radar networking system can improve the probability of detecting the target,save the time resource and energy resources of the radar,and play a fundamental and leading role in the attack and defense situation of the enemy and the enemy.The multi-radar cooperative detection mission planning software is mainly used in the pre-analysis phase,aiming to provide a simple and efficient radar network combat system to help the commander better dispatch the radar resources and improve the early warning detection effect of the radar network on the target.The main work done in this thesis is as follows:1)A region-based radar station model and a trajectory-based radar station model are established respectively,which take into account the influence of the earth curvature and terrain factors on the radar station,and then the particle swarm algorithm is used to calculate the elements such as the target coverage and the radar deployment position.2)A radar search model based on the parameters of the search screen is proposed for the radar search plan.The influence of the search screen parameters on the target screen time and target intercept probability is analyzed,and then the search screen parameters is calculated by solving the model.3)A radar tracking model based on tracking data rate calculation is proposed for radar tracking plan.The tracking model is solved by using the transformed coordinate Kalman filter algorithm to determine whether the tracking data rate meets the target tracking requirements.Through the simulation examples of the three major problems,the rationality and effectiveness of the model and algorithm are verified,which provides a theoretical basis for software implementation.4)The software is refined into four sub-function modules: task management module,radar station module,probing plan generation module and pre-planning deduction module;)Using Qt language and relying on the system situation framework complete the development of sub-function modules.This thesis describes the implementation details of the software through user operations,system interface and function description,and tests each sub-function module.