Research And Implementation Of Force Dynamic Management And Visualization Technology

Focusing on the requirement of customizing force situation maps related to tasks for operational officers and soldiers,combined with the large amount of military force management data accumulated in our army's informationization construction in recent years,the concept of user-defined force situation maps is put forward by using large data processing in the information field,visualization technology of COP and UDOP and data display in the United States Army,and Research on dynamic force management and visualization technology.The research of support technology,model design and model implementation are carried out around UDFSP,which solves the problems of dynamic information collection,processing,distribution and display of troops on demand.In view of the above needs and problems,this paper focuses on the following three aspects:(1)Basic research.Studying COP and UDOP,visualization technology and big data processing technology,combing the basic concepts of situation data in COP and UDOP,extracting the key design methods,combining with NIST big data reference frame,using visualization display technology,the dynamic force information is presented to the end user in the form of graph,text,table and situation.(2)put forward the UDFSP concept.Deepening the demand of military dynamic management business,combing business personnel,business processes,business functions,extracting key and effective information,combining with basic research results,the concept of UDFSP is proposed,UDFSP model design is carried out,and the situation sharing mode and UDFSP visualization in the model are discussed in detail.(3)UDFSP model to realize.Combining with the project of dynamic force management,the implementation of UDFSP model is carried out,mainly including the elaboration of design ideas,system architecture and technical architecture,and a prototype implementation of dynamic force management system based on UDFSP.Typical application scenarios are selected to demonstrate the UDFSP function,which proves the validity of the UDFSP model proposed in this paper.