A system and method for civil aviation airport emergency rescue

Abstract

The invention belongs to the field of emergency rescue in an airport, and provides a system and a method for emergency rescue in an airport. An information acquiring and collecting module is used for acquiring and collecting emergency rescue base information and emergency situation information; a data processing module is used for classifying the acquired heterogeneous information into a relation data mode and storing the relation data mode in a base database server; a semantic data converting module is used for converting the base data into the data with semantics, and storing the data with semantics into a semantic database server; and a scheme generating and releasing module is used for assisting emergency commanding personal to quickly generate an emergency rescue scheme according to an emergency rescue business process body which is set based on emergency plane and case, releasing the emergency rescue scheme to the terminal of each emergency rescue unit, and timely adjusting the emergency rescue scheme according to the development situation of the emergency. The system and method provided by the invention can be used for assisting the emergency commanding personal to quickly make a decision when the emergency happens, so that the emergency response time can be shortened, and the emergency rescue efficiency can be improved.

Description

technical field [0001] The invention belongs to the field of civil aviation emergency rescue, and in particular relates to a system and method for civil aviation airport emergency rescue. Background technique [0002] Emergency management is an important part of civil aviation safety management, and informatization is an important means of civil aviation emergency management. Do a good job in emergency rescue work, establish an effective emergency rescue response mechanism and decision support system, and decisively deal with various emergencies, especially those related to aircraft, to avoid or reduce casualties and property losses, and reduce the impact on the normal operation of the airport. impact is significant. [0003] At present, the emergency information management systems of civil aviation airports are all in a state of independent and decentralized management. The emergency resource information in the system is generally expressed in structured and unstructured d...

AI Technical Summary

Problems solved by technology

[0003] At present, the emergency information management systems of civil aviation airports are all in a state of independent and decentralized management. The emergency resource information in the system is generally expressed in structured and unstructured data forms such as traditional databases and file systems. Due to different sources of information , the information representation and storage forms are different, and they do not have semantics, and the computer cannot understand and process them, so that when an emergency occurs, it is still mainly relying on the emergency command personnel to formulate an emergency rescue plan based on experience and various heterogeneous emergency resource data , and too much manual intervention will definitely prolong the response time of emergency rescue, reduce the efficiency of emergency rescue, and cause unnecessary casualties and property losses.

[0004] At present, the research on the technical aspects of emergency rescue decision-making in civil aviation airports mainly includes the confirmation of rescue accident locations based on GIS, and the problem of emergency rescue equipment scheduling in emergency situations. However, some of these technologies are aimed at a certain aspect of decision-making. Decision-making information, so the function is single; although some emergency rescue plans can be generated, they are not generated according to the actual emergency rescue business process, but are generated according to a large number of rules, so the reasoning process is complicated, the efficiency is very low, and the credibility is not good. high

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