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Emitter Detection and Geolocation for Electronic Warfare
This comprehensive resource provides theoretical formulation for detecting and geolocating non-cooperative emitters. Implementation of geolocation algorithms are discussed, as well as performance prediction of a hypothetical passive location system for systems analysis or vulnerability calculation. Comparison of novel direction finding and geolocation algorithms to classical forms are also included. Rooted in statistical signal processing and array processing theory, this book also provides an overview of the application of novel detection and estimation algorithms to real world problems in EW. The book is divided into three parts: detection, angle of arrival estimation, and geolocation. Eac...
Practical Geolocation for Electronic Warfare Using MATLAB
This text explores the practical realities that arise from the employment of geolocation for electronic warfare in real-world systems, including position of the target, errors in sensor position, orientation, or velocity, and the impact of repeated measurements over time. The problems solved in the book have direct relevance to accurately locating and tracking UAVs, planes, and ships. As a companion volume to the author’s previous book Emitter Detection and Geolocation for Electronic Warfare (Artech House, 2019), this book goes in depth on real-world complications that include: working within and converting between different coordinate systems, incorporation of prior information about targ...
Distributed Kill Chains
In Mosaic warfare, individual warfighting platforms are assembled like ceramic tiles to make a larger "mosaic," or force package. The authors apply lessons from the human immune system and a U.S. Navy project to mosaic warfare.
Deterrence Under Uncertainty:
For decades, films such as WarGames and The Terminator have warned that the combination of artificial intelligence and nuclear weapons might be a recipe for an apocalypse. Might these prophecies of doom become reality in coming decades? Using insights from computer science, Deterrence under Uncertainty: Artificial Intelligence and Nuclear Warfare evaluates how AI could make nuclear war winnable, and whether that possibility is likely. Detailed chapters explain how the landscape of nuclear deterrence is changing and debunks the myths of machine intelligence and nuclear weapons. This book gives a practitioner's perspective on how artificial intelligence and other emerging technologies could change the role of nuclear weapons in international relations.
Modeling Rapidly Composable, Heterogeneous, and Fractionated Forces
Mosaic warfare is named for the idea of creating a complex image from small pieces. This report studies Mosaic warfare and explores complexity of platforms, complexity of targets, and relative density of platforms and targets.
Joint Volumes of Papers Presented to the Legislative Council and Legislative Assembly
Includes various departmental reports and reports of commissions. Cf. Gregory. Serial publications of foreign governments, 1815-1931.
Needs, Effectiveness, and Gap Assessment for Key A-10C Missions
To comply with a congressional directive in the National Defense Authorization Act for fiscal year 2016 regarding the capabilities to replace the A-10C aircraft, RAND Project AIR FORCE analyzed a range of missions assigned to the A-10C aircraft: close air support (CAS), forward air controller (airborne) (FAC[A]), air interdiction, strike control and reconnaissance, and combat search and rescue support (CSAR). RAND analyzed the needs that this mission set might generate over the next five years and assessed existing and planned forces’ effectiveness and capability gaps in performing those missions. RAND found that U.S. Air Force–programmed forces can effectively conduct these missions with few gaps when flying in air defense environments characteristic of current counterinsurgency operations. Certain gaps—in responsive CAS, FAC(A), and CSAR, for example—could widen if A-10Cs are removed from the force. With or without A-10Cs, the Air Force–programmed forces will be challenged to perform some missions in environments with more capable air defenses, unless changes are identified and made to tactics, equipment, and training.
