Integrated control tower automation system and construction method thereof

Abstract

The invention discloses an integrated control tower automation system and a construction method thereof. The integrated control tower automation system comprises an information data leading / forwarding platform, an information and data processing center and an information and data integrated display module, wherein the information and data processing center establishes various subsystems. The integrated control tower automation system is based on a service-oriented framework, uniform management of control tower information is realized through cooperation of the three parts, an operating environment of a control tower is improved, and the control efficiency is improved. The construction method of the integrated control tower automation system comprises the steps of carrying out level classification on the system according to the importance of system functions, then determining a main body of the system, and determining foundation construction of the whole system according to the functions. The construction method of the integrated control tower automation system carries out construction by stages with focus according to steps, realizes an effective and clear construction method, and provides help for construction of the integrated control tower automation system in the future.

Description

technical field [0001] The invention relates to the field of air traffic management, in particular to an integrated tower automation system for airport tower control and a construction method thereof. Background technique [0002] The tower is considered a landmark building at the airport. The process of take-off, landing and ground taxiing of each flight is completed by the tower controller working on the tower. With the increasing development of computer information technology and new civil aviation technology, various types of computer information systems have been installed on towers in order to cope with heavy command tasks, such as figure 1 As shown, it is a schematic diagram of the composition of a tower operation system 100' in the prior art, including an automatic weather observation system (AWOS) 1, which can provide weather conditions; an automated radar control system (ATC) 2, which can provide flight plan information of the day And the execution dynamics, at th...

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Problems solved by technology

[0003] However, each type of system provides an independent information display terminal, resulting in a crowded tower environment, confusing desktop mouse and keyboard, and causing controllers to make mistakes in their work; at the same time, the information required by controllers is scattered in various systems without correlation Increased control burden; with the expansion of the airport's operating scale and throughput, the complexity of tower control work will still increase. Controllers need to see more information to help make decisions, and more system equipment will need to be installed on the tower. In this way, the working environment of the tower controller will be more crowded and complicated

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