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Cognitive Electronic Warfare: An Artificial Intelligence Approach, Second Edition

Karen Zita Haigh, Julia Andrusenko (ISBN: 9781685691035) · ISBN-13 9781685691035
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Cognitive Electronic Warfare: An Artificial Intelligence Approach, Second Edition, provides an engineering guide to integrating machine learning across electromagnetic spectrum operations. Covering electronic support, attack, and real-time mission planning across 11 chapters, it serves defense engineers, military researchers, and graduate electrical engineering curricula.

Cognitive Electronic Warfare: An Artificial Intelligence Approach, Second Edition, delivers a comprehensive technical framework for integrating artificial intelligence into electromagnetic spectrum operations. Authors Karen Zita Haigh and Julia Andrusenko provide an engineering blueprint for architecting intelligent electronic warfare (EW) systems capable of autonomous sensing, classification, and countermeasure execution in contested radio frequency environments. Coverage spans the complete EW enterprise, detailing signal characterization, intent detection, and spatial-temporal optimization for electronic protect (EP) and electronic attack (EA).

Structured across 11 detailed chapters, the volume progresses from objective function formulation and machine learning primers to advanced topics including electronic battle management and in-mission adaptive replanning. This revised edition addresses urgent contemporary operational challenges, incorporating discussions on tiny ML, generative AI, embedded data management, and DevMLOps. Crucially, the authors dedicate core guidance to software architecture, test and evaluation, and learning assurance protocols required to validate autonomous defense platforms before and during deployment.

Institutional Use

This volume serves military academies, defense research laboratories, aerospace engineering departments, and defense industrial contractors. It functions as a primary textbook for graduate-level curricula in electrical engineering, electronic warfare, and military communications systems, as well as a foundational technical reference for systems engineers and defense analysts designing next-generation autonomous radar and countermeasure suites. Institutional procurement supports specialized engineering cohorts, defense acquisitions training, and research libraries requiring verified guidance on AI assurance in electromagnetic operations.