Mistaken. Weight And Balance In The Statistical System Design And Development

The human error in load balancing work has an important impact on flight safety. Load balancing in this study were presented first, and then the overview in load balancing of the current domestic and international status in human error research was made. By analyze the unreasonalble error caused by staff in the load balancing, such as load weight exceeds the limit when the take-off and landing; cargo, mail, baggage weight of statistical error caused by the aircraft manifest and the actual load does not match, implicit set off, etc.,and focus on how to lower or reduce the human error in loading and stowage to ensure flight safety.Want to analyze the human error in load balancing must collect relevant data, so this study analyzed the needs and stucture of the load balance human error statistical system. And compared the different database access technologies and the develop language, then choose the B/S Structure as the system architecture, combined with SQL and ASP, I developed a statistical system of human error in load balancing. The system is divided into the user management module, data entry module, statistics module, the data search module and data modification module, five modules through the database access module connect to the database. The system simple and efficient, not only meets the needs of follow-up study, but also as a similar system to provide a reference for the airline.Based on the load balance human error statistical system, we can get the relevant human error data, and through import the human error data in SQL database into Excel, we can get an intuitive understanding of human error, The results showed that overload take-off and landing occurred more frequently as the human error. This study analyzed the risk sources and causes, and then referenced relevant work experience and company operation rules made a working guide of load operations. Through the implementation of the working guide,we can reduce the human error in load balancing effectively and ensure flight safety.