A Measure Method of Air Traffic Display Complexity

Abstract

The invention discloses a measuring method for air traffic display complexity. The method comprises the following five steps: firstly, establishing an index system for air traffic display complexity evaluation; secondly, accessing a radar track to an air traffic control system in real time, and extracting the information of an aircraft position at each moment; thirdly, establishing a network model corresponding to the current moment on the basis of the aircraft position and the mutual distance relationship thereof; calculating each network index value according to the established index system; and finally, forming a complexity vector. The method disclosed by the invention can be used for objectively evaluating the display complexity on a radar display screen in multiple dimensions, the method is not influenced by human factors, the occupied capital is less, the evaluation method is simple and easy, and the evaluation result is easy to be understood.

Description

technical field [0001] The invention relates to the field of air traffic management, in particular to a method for measuring the complexity of air traffic display based on a network model. Background technique [0002] In air traffic operations, controllers generally try to maintain a large horizontal separation as much as possible to avoid the situation of aircraft getting together. Because if a certain traffic situation has radar signal repetition or overcrowding on the radar screen, it will make it difficult for controllers to quickly identify different radar signals and identify flight conflict points, thereby increasing the control workload and ultimately reducing the air traffic system. capacity. However, with the rapid development of air transport, the complexity of air traffic situation is also increasing sharply, and there is no report on the complexity of air traffic display in domestic and foreign research. Therefore, mapping the air traffic situational structur...

AI Technical Summary

Problems solved by technology

Because if a certain traffic situation has radar signal repetition or overcrowding on the radar screen, it will make it difficult for controllers to quickly identify different radar signals and identify flight conflict points, thereby increasing the control workload and ultimately reducing the air traffic system. Capacity

However, with the rapid development of air transport, the complexity of air traffic situation is also increasing sharply, and there is no report on the complexity of air traffic display in domestic and foreign research.

Images