Radio Monitoring And Direction-finding System Software Development

Today, the rapid development of wireless applications and the endless radiocommunication mode brought many difficulties to the radio management. As theimportant part of radio management, radio monitoring and direction finding system alsofaces enormous challenges, because of the radio environment and the user requirementhas become more and more complex. In order to adapt to the change, softwarearchitecture become the best way to solve this problem. Now, radio monitoring anddirection finding system software are customized version for different customer needs.So, we need to re-development a new version of the system for different users. It bringsa lot of development, and version management issues. The essence of software reuse isto improve the working efficiency and shorten the development cycle and avoidduplication of development. Component technology is one of the means that is therealization of software reuse and increase the system scalability. Therefore, it is anurgent problem to be resolved that how develop the multiplexed radio monitoring anddirection finding system (platform) by Using the component technology.In this thesis, based on the research of software reuse technology, sunch ascomponent technology and platform component architecture, learn from the core idea ofthe design pattern. The main object of study is multiple stations and monitoring center.In-depth analysis the current radio monitoring and direction finding is based on theneeds. according to the current actual monitoring and direction finding equipmentconfiguration and network conditions, and give full consideration to the actualfunctional requirements, and development and post-commissioning of the systemsoftware designed for deeper and more comprehensive study, I have developed ascalable radio monitoring and direction finding system and it provides a set of universalradio monitoring and direction to the platform. Mainly as follows:1.This thesis Based fundamental analysis the system developed technical of radiomonitoring and direction. Include the receiver control related to a variety of commoncontrol mode, network interconnection used by C/S control mode, data collection andanalysis, and storage methods. 2.This thesis is studied the design of radio monitoring and direction based on thecurrent needs of the system software analysis. It includes the interface requirements’needs of device driver that is provided by the end data acquisition and implications ofStations services, and the data acquisition of monitoring center client and analysisneeds.3.This thesis provides a complete solution. It set up the standard radio monitoringand direction finding system software platform that is stable, reliable, and easy toextend. It provides a relatively uniform application for variety of monitoring anddirection finding systems and multi-station network.