The Conflict Interaction of Airships in Collision Prevention Threats

Pavlova, Svitlana; Volkov, Olexander

doi:10.15407/usim.2017.04.083

Upr. sist. maš.

2017

DOI: 10.15407/usim.2017.04.083

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The Conflict Interaction of Airships in Collision Prevention Threats

Svitlana Pavlova¹,

Olexander Volkov²

Abstract: Конфліктна взаємодія повітряних кораблів при запобіганні загроз зіткнення Предложен новый метод разрешения конфликтных ситуаций воздушных судов с определением приоритетности каждого судна на основе построения областей управляемости и диаграмм Венна. Метод направлен на обеспечение уровня безопасности при разрешении разряженных конфликтных ситуаций воздушных судов в масштабе реального времени. Ключевые слова: области управляемости, конфликтная ситуация, диаграммы Венна, воздушное судно, угроза столкновения. Запр… Show more

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Experience in Development and Implementation of Intelligent Systems for Control of Dynamic Objects

Volkov¹,

Shepetukha²,

Bogachuk³

et al. 2022

Control syst. comput.

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Introduction. An important area of application of advanced information technologies is intelligent control of dynamic objects in complex environment. The purpose of the article is to analyze and generalize theoretical as well as practical results related to elaboration of systems for intelligent control of dynamic objects. Future research prospects in this area are also outlined. Methods. Methodological tools include theories of intelligent control, decision making, artificial intelligence, computer vision, system analysis, acoustics, problem solving, conflict resolution. Results. The article outlines main results related to intelligent control of dynamic objects in complex and changing environment. Issues of system integrity, distinctions between traditional and intelligent control, usage of artificial intelligence in autonomous systems, data structuring, image comprehension of current situation have been discussed. Information about the implementation of high-precision control systems for various kinds of dynamic objects (sea vessels, aircrafts, UAVs) in the conditions of conflicts as well as essential informational restrictions has been presented. Though the article covers a wide spectrum of research activities with a considerable period, the authors tried to stress both interconnections and succession of scientific as well as technological achievements in the examined area. Conclusions. Main directions of future research include development and implementation of new approaches to the increase of intellectualization level for information technologies and systems.

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Experience in Development and Implementation of Intelligent Systems for Control of Dynamic Objects

Volkov¹,

Shepetukha²,

Bogachuk³

et al. 2022

Control syst. comput.

View full text Add to dashboard Cite

show abstract

Technology of an Unmanned Aircraft Control in Conflict Situations

Volkov,

Simakhin

2024

Control syst. comput.

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Introduction. The motion control of traditional manned aircraft and unmanned aerial vehicles (UAVs) has many distinctions that directly affect the process of conflict resolution. The problem of resolving conflict situations involving different types of aircraft is relevant due to the rapid development of unmanned aircraft and the expansion of its application areas. Purpose. The aim of the paper is to develop a technology for controlling an unmanned aerial vehicle in conflict situations, which will allow optimizing the maneuver trajectory based on a number of criteria and ensure safe separation of aircraft in airspace. Results. The paper proposes a technology for UAV control in the conditions of a conflict: a number of approaches to resolving conflict situations between different types of aircraft are identified; the concept of conflict situations for UAVs and traditional manned aircrafts is presented, on the basis of which a technology is developed that combines different approaches to detecting a conflict, classifying the occurrence of a conflict, classifying an evasive maneuver, and ensuring the safe separation of the controlled UAV from different types of aircraft in airspace. Conclusions. Based on the analysis results of the current state of UAV control in the conditions of a conflict problem, it is determined that such tasks are already being solved, but it is advisable to analyze the possibility of further providing additional protection for the controlled UAV and optimizing its trajectory to ensure the least spatial and time losses during the flight. Conflict situations are a violation of the norms of maintaining a safe distance in space and lead to a collision of aircraft in the absence of appropriate actions to resolve such violations. Therefore, for the effective resolution of the conflict situations, the classifications of the degree of threat, classification of evasive maneuvers and ensuring minimal spatial and time losses by using the criterion of minimum area of the required maneuver are proposed.

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The Conflict Interaction of Airships in Collision Prevention Threats

Cited by 2 publications

References 2 publications

Experience in Development and Implementation of Intelligent Systems for Control of Dynamic Objects

Experience in Development and Implementation of Intelligent Systems for Control of Dynamic Objects

Technology of an Unmanned Aircraft Control in Conflict Situations

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