The air defence missile system effective coverage determination using computer simulation

Modelling Missile Flight Characteristics by Estimating Mass and Ballistic Parameters

“…Targets in the higher levels of the atmosphere can usually be destroyed at greater distances, since the missile at these altitudes does not overcome enormous air resistance. Subject Matter Experts (SME) estimates about current and future anti-aircraft missiles and missile guidance mathematical modelling represent an important part of the theoretical basis for the creation of a ground-based tactical air defence simulator [1,2]. Such simulators could be applicable both to the training of personnel in air defence operations centres and practical exercises at the University of Defence.…”

“…The results can then be used, for example, in education process, in air defence simulations (activities connected with the preparation of operations centres personnel) [1][2][3], or finally for objective assessment of SAM systems properties within the acquisition processes.…”

Modeling Missile Trajectory and Impact Dynamics with 6 Degree of Freedom Equations of Motion in Virtual Reality Simulation

“…Addressing these limitations can lead to more accurate and reliable prediction methodologies for ballistic missile trajectories. Hamtil et al (2015) in "The Air Defence Missile System Effective Coverage Determination Using Computer Simulation," presented at the International Conference on Military Technologies (ICMT), focused on mathematical modeling and computer simulation to determine effective coverage in airdefense missile guidance processes. Their study encountered limitations due to the rarity of missile control and guidance systems, which restricted the applicability of certain procedures for determining effective coverage.…”