• Experimental study on preparedness of disease X with an agent-based framework scenario-driven analysis 

  Chumachenko, D. (KhAI, 2025)

  Emerging respiratory pathogens continue to impose substantial health and economic burdens worldwide, motivating generic readiness tools that do not rely on pathogen-specific data. This study investigates how five archetypal ...

• Modeling the series of military actions to plan an attack mission of a swarm drones 

  Fedorovich, O.; Krytskyi, D.; Hubka, O.; Popov, A. (KhAI, 2025)

  The use of unmanned aerial vehicles (UAVs) has become an innovative technological tool in modern hybrid warfare. The effectiveness of UAVs has increased dramatically when combat drones are deployed in swarms to attack enemy ...

• A system for generating chatbots to support learning in the field of exact sciences using generative artificial intelligence models 

  Prokhorov, O.; Shymko, D.; Kuzminska, O.; Chukhray, A.; Shatalov, O.; Kholodniak, O. (KhAI, 2025)

  The integration of generative artificial intelligence (AI) into education, especially for teaching exact sciences, represents an innovative opportunity to enhance student engagement and understanding. Chatbots such as ...

• Application of property proving to quadcopter flight control software 

  Sokol, D.V.; Zhukevych, A.B.; Miroshnychenko, H.A. (ХАІ, 2025)

  The object of the study is a computer model of an automatic control system for a quadcopter. The subject matter of the research encompasses the application of formal methods for analyzing and verifying requirements for ...

• Method of adaptive component-based design of unmanned aerial vehicles suitable for military missions 

  Fedorovich, O.; Malieiev, L.; Pisklova, T.; Polishuk, Y. (ХАІ, 2025)

  The dynamic evolution of hybrid warfare conditions has led to the emergence and large-scale deployment of a new technological instrument of war – UAV swarms. This trend has created a variety of military application domains ...

• Modeling of project activities for UAV modernization to conduct swarm drone attack missions 

  Fedorovych, O.; Malieiev, L.; Hubka, O.; Popov, A. (ХАІ, 2025)

  This study addresses the critical issue of modernizing existing unmanned aerial vehicles (UAVs) to enhance their applicability in the contemporary conditions of hybrid warfare. The research focuses on adapting the structural ...

• Modeling processes for preparing high-tech production using the virtual enterprise concept 

  Lutai, L. (ХАІ, 2025)

  The subject of this research involves the processes for preparing high-tech production. Preparation for production requires organizational, economic, and technological actions that guarantee the transition to serial ...

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