Research On Cooperative Detection And Scheduling Technology Of Warship Formation

With the development of electronic countermeasure technology and communication technology,single-ship detection is increasingly unable to meet the complex and changing needs of battlefield operations,and in the face of complex battlefield environment with various types of targets and limited detection resources,the importance of the formation cooperative detection system is self-evident.The key to the overall effectiveness of the detection of the formation cooperative system lies in:the effect and quality of resource allocation between the cooperative scheduling ships.That is,how to dynamically select the suitable detection resources according to the demand according to the change of detection tasks and parameters of the formation cooperative detection system,so as to realize the efficient use of resources of different platforms.Firstly,based on the analysis of formation cooperative operation mode and process,.this paper elaborates the cooperative level and cooperative mode of sensor cooperative detection,focuses on the cooperative guarantee conditions,and briefly introduces the key technology research and key development trend in formation cooperative;and analyzes the solution measures to realize the adaptive sensory cooperative system.Next,we focus on the operational scenario of maritime formation cooperative detection,and take cooperative task priority formulation and task scheduling as the core problem,A fuzzy inference system is constructed using the fuzzy inference method,and the cooperative task priority formulation is realized and simulated;a resource pool for cooperative detection is constructed,and a genetic algorithm is used to solve the multitask scheduling problem under the resource constraint based on the resource pool model,and a better task scheduling algorithm for cooperative detection system is given.Finally,for the resource scheduling problem of air-to-air detection in ship formations,the characteristics of detection resource allocation are analyzed,and the task scheduling process of a single ship with fewer sensor devices is analyzed;a model for judging the threat level of maritime targets under constraints is proposed,and an objective function is constructed with the optimal cost-efficiency ratio as a criterion,which is of certain reference value for the resource scheduling of cooperative detection in formations and the evaluation of the effectiveness of cooperative strategies.