Study on Civil Airport Safety Management System Based on Risk Management
Ming Cheng, Wenjuan Liang
Abstract
Ming Cheng, Wenjuan Liang
Abstract
Abstract—with the rapid growth of traffic and the increasing complexity of the operation, the civil airports face increasing safety pressure. Applying information management technology solves problems of airports safety management. It was established that an airport safety management system based on B/S structure. For airportrelated departments, it provides a daily safety management tools and the emergency decision support tools. It has implemented the daily work of airport safety management and risk management integration. It has improved the accuracy, timeliness and validity of airport safety management. Index Terms—-safety management system, risk management, airport B/S structure is more convenient to data retrieval, statistical analysis and display mode, and it is more suitable conditions for the actual airports operation. It Include four subsystems. These mainly include: Data entry, query, modify, print, multi-condition search, graphical data statistical analysis, the exchange of data between functional modules, safety analysis, risk management, monitoring the progress of work items, safety trend analysis, safety alerts, etc. The framework of functions shows in Fig. 1.
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Abstract—with the rapid growth of traffic and the increasing complexity of the operation, the civil airports face increasing safety pressure. Applying information management technology solves problems of airports safety management. It was established that an airport safety management system based on B/S structure. For airportrelated departments, it provides a daily safety management tools and the emergency decision support tools. It has implemented the daily work of airport safety management and risk management integration. It has improved the accuracy, timeliness and validity of airport safety management. Index Terms—-safety management system, risk management, airport B/S structure is more convenient to data retrieval, statistical analysis and display mode, and it is more suitable conditions for the actual airports operation. It Include four subsystems. These mainly include: Data entry, query, modify, print, multi-condition search, graphical data statistical analysis, the exchange of data between functional modules, safety analysis, risk management, monitoring the progress of work items, safety trend analysis, safety alerts, etc. The framework of functions shows in Fig. 1.
Key concepts: Work (physics), Safety management systems, Risk analysis (engineering), Transport engineering, Risk management, Management system, Emergency management, Engineering