MIT Press / Help Design Cooperative Work Systems / Multiagent Systems / Morgan Kaufmann Publishers Inc. SF / Las Vegas NV / US Naval Research Laboratory / /
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Thailand / Japan / United States / Australia / United Kingdom / China / South Korea / India / / /
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Natural Disaster / /
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Prentice Hall / /
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transportation / disaster management / coordination tools / negotiation tools / multi-national network / framework with detailed protocols / distributed constraint satisfaction algorithms / target search / heterogeneous / mobile ad-hoc networks / law enforcement data / particular coordination mechanism/protocol / data processing / multi-agent systems / real-world problem domain involving systems / agent-based coordination algorithms / automated information systems / communications infrastructure / others communications constraints / /
MIT / US Department of Homeland Security / Distributed Artificial Intelligence / 11th International Command / Red Crescent / Doctors Without Borders / United States Agency for International Development / International Red Cross / National Guard / World Bank / United Nations / United States Army / Coalition Command / Department of Defense / United States Navy / Combined/Joint Task Force / U.S. military / /
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Gerhard Weiss / Kevin Crowston / Robert Tolksdorf / Michael J. Shaw / Henry Mintzberg / Riyaz Sikora / Ronald M. Baecker / Thomas W. Malone / /
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Editor / President / manager / reference model / and multiagent frameworks / Governor / Commander / assistant / /
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C3ISR system / C3ISR / /
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DC / /
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New Jersey / Quebec / California / Massachusetts / /
Coordination Challenges and Issues in Stability, Security, Transition and Reconstruction and Cooperative Unmanned Aerial Vehicle Scenarios Myriam Abramson1, Ranjeev Mittu1, Jean Berger2, [removed], Ran