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Full Description
Integrated Air and Missile Defense Strategies: Keeping the Skies Safe presents a comprehensive examination of the unique challenges facing the Eastern flank countries of NATO, and proposes innovative approaches for developing effective regional defense systems. It demonstrates how integrating command systems with diverse weapon platforms can address limited response times and operational depth in this strategic region.
Covering strategic, technical, and operational aspects of air and missile defense, this book showcases how lessons from recent conflicts can inform the development of more robust defensive capabilities. It addresses detection and classification challenges, interoperability requirements, and simulation-based planning while considering the emerging threats posed by unmanned platforms, cruise missiles, and hypersonic weapons. This book details practical frameworks for establishing regional defense coalitions that align with NATO's Integrated Air and Missile Defense (IAMD) mission, from strategic planning to technical implementation and operational deployment.
This book is intended for engineers, military professionals, policy experts, and government officials who work in the area of air and missile defense. It will also benefit graduate students researching in the areas of modeling and computer simulation of IAMD components.
Contents
Section I. Political, Strategic, and Scientific Background for Regional IAMD System Interoperability and Integration. 1. Time is Speeding Up—Reflections on Air Defense. 2. Protecting our Warfighter with IBCS. 3. Advanced Fluid Dynamics Education and Research in Strategic Technology Domains at the Von Karman Institute for Fluid Dynamics. 4. The Issues of Modeling and Simulation of IAMD. 5. Robust Resource Allocation for C-UAS Defense: A Reinforcement Learning Approach. Section II. Aerial Target Detection, Recognition, and Identification Issues. 6. Assessments on Drone and Hypersonic Weapons Surveillance Challenges and Their Solutions. 7. The Invisible Swarm: How to Combine the Radar and Visual Characteristics of UAVs to Minimize Their Recognition?. 8. Numerical and Experimental Determining the Radar Cross-Section Values for Air Defense System Performance Evaluation: A Comparative Study. 9. Simulation-Driven Experimental Testing of Electromagnetic Shielding Properties of Materials. 10. To Keep the Skies Safe—Final Conclusions and Remarks.



