| Abstrakt: |
This article discusses the evolving nature of modern warfare, emphasizing the shift towards, autonomous weapons and artificial intelligence-driven military operations. İt underscores the importance of high-tech combat vehicles, the need for constant improvements in military capabilities, and the role of well-trained units in achieving victory such as the Second Karabakh War and the Russian-Ukraine War. The article particularly focuses on the secure transportation of military personnel in warzones and the challenges associated with it. It highlights the use of unmanned aerial vehicles (UAVs) for constant observation, reconnaissance, and directing artillery missiles to enhance the safety of personnel during transport. The main research objective is to solve mathematically the problem of directing unguided rockets to destroy enemy vehicles in motion. The article presents a mathematical model for this purpose, taking into account various factors such as coordinates, speed, and trajectory of enemy vehicles. It also discusses the practical applications of this model in military scenarios. İn conclusion, the article emphasizes the significance of technologies advancements, especially in the use of UAVs and guided artillery projectiles, in modern warfare. İt offers a mathematical approach to targeting moving enemy vehicles, contributing to the development of military tactics and strategies. [ABSTRACT FROM AUTHOR] |
