| With the rapid development of a series of disruptive technologies in the new century,intelligent warfare has evolved into a new war trend and become a military hot spot concerned by all countries.As a new pattern of intelligent warfare,"Mosaic Warfare" emphasizes the decomposition of combat forces,and combination of these combat forces dynamically,variously and intelligently according to the acutal battlefield.So that a number of intelligent cross-domain combat groups with self-organizing functions and complementary capabilities will be formed.Like using Mosaic pieces to complete a jigsaw puzzle,Mosaic warfare uses disintegrated forces to work together to complete a mission.Therefore,the collaboration between combat units is particularly important.For "Mosaic warfare",a typical form of intelligent warfare,this thesis studies the force collaboration methods in "Mosaic Warfare",to provide theoretical and methodical reference for the development of our army’s intelligent command,control and decision.The main research contents and innovations are as follows:First,this thesis summarizes relevant theories of "Mosaic war",clarifies the research scope of force collaboration in Mosaic war in this paper,makes corresponding analysis,and explains why to carry out force collaboration in Mosaic war.This paper analyzes the challenges of force collaboration in Mosaic warfare compared to the general concept,and clarifies the purpose of this research.Secondly,It is the first time to analyze the collaboration of forces in Mosaic war from the perspective of crowdsourcing.This paper analyzes the corresponding relationship between crowdsourcing and force collaboration in Mosaic warfare,expounds the commonness between crowdsourcing and force collaboration in Mosaic warfare,explains the reasons and advantages of solving force collaboration in Mosaic warfare by crowdsourcing,and the ideas of solving force collaboration in Mosaic warfare by crowdsourcing.Thirdly,a crowdsourcing based Mosaic force collaboration mechanism is designed.It is designed to assist unmanned forces to respond quickly to the task,and the forces can conduct autonomous cooperative marshalling,laying the foundation of marshalling for collaborative task execution.The collaborative process of the mechanism is designed and analyzed,then the function of the platform is designed,and the design of the capability evaluation mechanism is described.Fourthly,a collaboration algorithm for forces based on bi-level stable matching is proposed.considering the capability coordination preference and coordination stability among equipment,the problem of equipment matching is transformed into a problem of bilateral stability matching,the evaluation index of stability matching considering fairness and satisfaction is proposed,and a force coordination algorithm based on bi-level stability matching is constructed.Fifthly,under the background of "Island-hopping missile force",this thesis constructed the maritime combat scenario of Mosaic Warfare.And carried out three groups of experiments,respectively,the proposed method of this topic for example research,large-scale efficiency verification and comparison with the centralized charge method experiment. |