Design And Simulation Of Hitting Process Of Reconnaissance And Combat Integrated Drones On Time-sensitive Targets

In order to meet the engineering application of the inspection and unmanned aerial vehicle to the time-sensitive target attack demonstration work,research on methods for task process design and rapid visualization is becoming more and more active.In this paper,we will consider the task of attacking one unmanned aerial vehicle and focus on the control of the strike process of time-sensitive targets.This paper simulates and analyzes the effectiveness and attack accuracy of typical weapons against time-sensitive targets and designs and constructs a three-dimensional visualization tool for the time-sensitive target attack process.The main research content of this paper is divided into four parts.First,following the four principles of weapon priority preparation,limited intervention,and other task control strategies,this paper analyzes the mission process of the reconnaissance and combat integrated drones on the time-sensitive target attack and conducts engineering work using automated attacks based on mission plan management.To speed up the attack chain,this paper analyzes several typical situations that may require on-board attack planning/re-planning,and gives the planning/re-planning workflow,and decomposes and demonstrates the modules needed to implement the function.Then,this paper analyzes the effectiveness of RCID using different weapons to attack targets on the sea surface,including the use of invasive guided bombs,GPS guided bombs,supersonic missiles,anti-radiation missiles and subsonic missiles to simulate and analyze the hit concept of typical target attacks on the sea.It provides technical support for the selection of weapons in the design of the UAV system based on the operational mission.In the third part,the paper analyzes the attack accuracy of typical air-surface weapons against time-sensitive targets.Non-guided weapons do not have the technical conditions to accurately strike ground targets at high altitude and high speed.However,precision of precision-guided weapons and the GPS guided bombs against time-sensitive targets mainly depends on the precision of weapons themselves and the accuracy of laser-guided bombs against time-sensitive targets mainly depends on the precision of laser guidance and the accuracy of the weapon itself.Finally,the paper builds a 3D visual simulation framework based on Vega Prime,develops a set of visualization software,and integrates a certain UAV flight model and flight guidance model.It has the functions of photoelectric detection,recognition capability visualization,situation display capability,weapon attack capability visualization,mission process control capability,support for rapid simulation of time-sensitive targets strike,and supports the early development of the model development of the RCID attacking time-sensitive targets.