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LINGEL, S., HAGEN, J., HASTINGS, E., LEE, M., SARGENT, M., & WALSH, M., et al.. (2020). Joint all domain command and control for modern warfare: An analytic framework for identifying and developing artificial intelligence applications RAND Corporation Santa Monica United States. |
Resource type: Report/Documentation BibTeX citation key: LINGEL2020 View all bibliographic details |
Categories: Artificial Intelligence, Computer Science, Data Sciences, Decision Theory, General, Geopolitical, Military Science Subcategories: Advanced wargaming, Air Force, Command and control, Cross-domain deterrence, Cyber, Doctrine, Edge AI, JADC2, Military research, Mosaic warfare, Networked forces, Psychology of human-AI interaction, Strategy, United States Creators: BLANCETT, HAGEN, HASTINGS, LEE, LINGEL, SARGENT, WALSH, ZHANG Publisher: RAND Corporation Santa Monica United States Collection: |
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Abstract |
In 2019, Air Combat Command Directorate of Plans, Programs and Requirements A589 asked RAND Project AIR FORCE PAF to examine and recommend opportunities for applying artificial intelligence AI and, more broadly, automation to deliberate planning for joint all-domaincommand and control JADC2. JADC2 as envisioned integrates the planning, tasking, and assessments of operations across the domains of space, information, cyber, air, land, and sea. The Air Operations Center AOC is the primary operational-level central command andcontrol C2 node for the U.S. Air Force today.
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