Design And Implementation Of Equipment Deployment Management Information System

Since the beginning of this century,our army has accelerated the speed of upgrading and replacing weapons and equipment.As a result,the types,models and quantities of equipment have also increased and the equipment deployment management has become more and more complex which greatly increased the workload of the equipment management staff.Equipment deployment management refers to the adjustment of equipment activities in military of meeting the needs of the mission and maintaining the full complement of weapons and equipment through equipment deployment plans issued by the equipment management department and equipment allocations organized by the equipment business department.At present,the military equipment general management department mainly uses the office software spreadsheet for preparing,printing and storing when formulating the equipment deployment plan.When the data about the types,species,quantities and units is small,the departmental equipment allocation management data is also not large.This approach can also meet the demand.However,as the data of types,species,quantities and units increases,the data volume of equipment deployment management rapidly increases too.If the electronic form management is continued,this will lead to the inefficiency in the preparation of equipment deployment plans,worsen data consistency,late query statistics inconvenient and a series of problems in a long period of time.Therefore,there is an urgent need to develop a military equipment deployment management information system,that is,the Military Equipment Deployment Management Information System(MEDMIS),which is used to assist the military equipment general management department in the equipment deployment management and achieve the purpose of improving the efficiency of equipment management.In the process of demand analysis,design and implementation of MEDMIS,the research work and achievements made by myself include the following six aspects:(1)The background and significance of system research.Pointing out the problems and contradictions existing in the military equipment deployment management and putting forward ways and means of using information management methods to remove the disadvantages and solving these problems.At the same time,the present situation of the foreign military equipment management was studied.(2)The main technologies used in the system design and implementation process are JAVA,MVC,UML,Oracle,two-dimensional code,etc.,which clear the obstacle in equipment deployment management information system design and implementation.(3)System Requirements Analysis.It adopts object-oriented software design idea and UML as system analysis and design tool.It analyzes the functional requirements of the system by studying the business process in the process of equipment allocation management.(4)The overall design process of the system.This paper introduces the design principle of equipment allocation management information system and carries out the overall design of system architecture,function modules and database logic based on the analysis of system requirements.The system applies for the application according to the demand,1 plans to release plans,1 organization and equipment allocation,information feedback process implementation equipment deployment management,function module covers the entire equipment deployment management business.(5)The detailed system design and implementation process.In the detailed design and implementation of the system,the software architecture adopts B / S structure,JAVA as the main programming language,and Oracle as the data storage tool,and designs and implements the requirements application and deployment plan in the equipment allocation management business in detail Management and equipment allocation and other functions.(6)System testing.The purpose,process,method and test environment of system test are introduced.The acceptance test is carried out to the military equipment deployment management information system to test the practicability of this system.