The Development Of The Operatiion Quality Evaluation System Of Southwest Regional Air Traffic Management Bureau Of Civil Aviation Administration Of China

In order to meet the demands of the rapid development of the civil aviation, it isvery necessary to establish a set of tools or to provide decision support information forthe control of operating management and traffic management of air traffic control,which shall provide real-time monitoring and alerting for operating quality and risk. It isalso necessary to establish a set of the control operating database. On the basis of thedatabase, it can provide data mining, statistical analysis, assessment, and provide a fullrange of data support for further airspace planning and assessment.The system is targeted at the information management system. As an extension andcomplement of the production (auxiliary) system, such as air traffic control automationsystems and the integrated control information display platform, it provide services forthe control of managers at all levels of the operational unit. Through the construction ofthe system, the main targets are to achieve the following three aspects: Firstly, acomprehensive evaluation on the operating quality control. Secondly, to upgrade thecontrol operation management functions. Thirdly, to provide decision support tooperating quality on optimization strategy.By real-time monitoring air-ground communication，the software can obtain thecontroller workload level data, and provide data and decision-making support for airflow management, air traffic planning, and assessment for further traffic management.By statistical analyzing of historical track, the software can realize flow configuration,optimize the control method, and can also provide support for further trafficmanagement and airspace route optimization.The system is realized in the form of software. Because of the high reliability,modularization, extensible architecture, the system is able to meet the demands of theparticular user and re-configure by simple setup. System design and implementation isbased on consistent architecture principles and system, and run throughout the entireproduct life cycle. The main characters are high reliability and availability, openarchitecture system, modular design, high shrinkage, easy to add and modify theexternal interface, object oriented design, portability and easy to maintenance andfast-moving install, easy to integrate.