Manobra Winding
Defesa Contra Mísseis Passivos e Semiativos Superfície-Ar
DOI:
https://doi.org/10.55972/spectrum.v25i1.403Palavras-chave:
Threat reaction, Passive and semi-active missiles, Computer simulation, OptimizationResumo
O estudo desenvolveu e avaliou a manobra winding uma nova manobra defensiva contra ameaças, threat reaction, destinada a melhorar a penetração de aeronaves em territórios hostis contra mísseis passivos e semiativos superfície-ar. A manobra, baseada em princípios de navegação e manobras evasivas, foi simulada utilizando o software Ambiente de Simulação Aeroespacial (ASA) em cenários de combate. A análise dos dados envolveu delineamento experimental, testes estatísticos, aplicação de modelos de aprendizado de máquina e otimização por meta-heurísticas. Os resultados indicaram que a manobra winding melhora significativamente a taxa de sobrevivência das aeronaves e o sucesso das missões, conforme demonstrado pela métrica Victory Capability Determinant (VCD) desenvolvida no estudo. A configuração otimizada da manobra, obtida utilizando Algoritmo Genético, foi verificada por novas simulações, confirmando sua eficácia operacional.
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Copyright (c) 2024 Mario Viscardi Filho, João Dantas, Diego Geraldo, Angelo Pássaro
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