Modern Aviation and Technology

Modern Aviation and Technology

Analyzing and investigating the role of pilot-dependent aircraft automatic surveillance cooperative system on improving flight safety conditions using game theory method

Document Type : Original Article

Authors
1 Ivanki Semnan University
2 Member of faculty of Imam Hossein University
3 Master's student in aerospace engineering (advanced), Amirkabir University of Technology
4 Member of the faculty of Shahid Sattari Aviation University
10.22034/masot.2025.462476.1050
Abstract
Purpose: Flight safety is one of the most important and fundamental elements of every flight. Considering the trend of air traffic growth and the need to provide more efficient and effective air services, increasing the safety and health of flights must also be increased. Therefore, in recent years, the pseudo-radar system, the cooperative automatic surveillance system of the aircraft dependent on the pilot in order to solve the difficulties in choosing radar sites during flight in adverse conditions; designed.
Method: In this article, the role of pilot-dependent automatic aircraft surveillance cooperative system in improving flight safety is analyzed and investigated. To analyze and investigate the role of the mentioned system, the game theory method, which is a branch of applied mathematics and is able to provide analysis of situations such as decision-making in some situations, using various tools. In this research, the game "Zero Problem vs Zero Sum Game" is used.
Findings: By using the game theory, the behavior of the pilots in the face of other planes and the decisions they make about changing the route, altitude and speed were obtained.
Conclusion: The results show that the use of the pilot-dependent automatic aircraft monitoring system, by helping in optimal decision-making and determining effective strategies, can improve flight safety by improving communication efficiency and reducing collisions by about 59%.