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17 avril 2013
- doi: 10.4000/books.pressesmines.1059
- isbn: 9782911256479
- eisbn: 9782356710918
https://www.openedition.org/12554 , info:eu-repo/semantics/openAccess
Mots-clés
engineering health care technical systems management technology Management Transportation Health Policy & Services BUS042000 KJSujets proches
Military power Dominion of the sea Seapower Navy Sea, Dominion of the Naval policy Military power Navy War, Maritime Naval science Navy Naval warfare Naval administration FightingCiter ce document
Christopher Nemeth et al., « Engineering Naval Resilience: Expeditionary Command and Control », Presses des Mines, ID : 10.4000/books.pressesmines.1059
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Résumé
Command and control (C2) systems are essential to US Navy expeditionary forces’ ability to adapt to uncertain, complex, and rapidly evolving missions and work settings. Various portions of the expeditionary command structure include circumstances that a common operating picture can benefit. A C2 system can serve as a source of resilience for these forces by providing a common operating picture that is available to each level in the command hierarchy. Such a display makes it possible for each level in the command hierarchy to perform needed cognitive work from planning and replanning to problem detection, sensemaking, situation assessment, naturalistic decision making, and coordination. Our project for the U.S. Navy used cognitive systems engineering to develop requirements, a C2 display prototype, and a guide to integrate human-centered design into the small scale systems acquisition process. We describe our research and its implications for contributing to the resilience of expeditionary forces and Navy systems acquisition.