Title :
Demonstrating new tactical capabilities with heterogeneous network-enabled systems: The Phoenix 2007 experimentation
Author :
Desbois, Arnaud ; Allard, Geraud ; Guettier, Christophe ; Yelloz, Jacques ; Huitric, Vincent ; Perche, Nicolas
Abstract :
In network based operations (NbO), critical decisions can be optimised thanks to a better information sharing between commanders. The Phoenix 2007 experimentation applies the NbO concept to the platoon level. The experimentation introduces collaborative services for video sharing and decision making in order to cope with urban area, tactical mobility and uncertain environment. They open new spectrum of capabilities (short loops between actors, experts reachback, remote navigation for drones or robots...), based on communication and information advantage. For the experimental purpose, these services rely on a system of tactical networks which involve remote sensors, soldiers, vehicles, robots, drones, and expert reachbacks. A Information Support Team (IST) is also introduced to filter and route the traffic flows towards end users. This team is also in charge of deploying and controlling sensors, robots and drones. The experimentation uses basic infantry missions to assess these capabilities, by measuring coordination between actors, traffic loads on the network as well as ergonomic factors. Results reveal that even if robotic sensors and drones do not slow down the pace of operations, good coordinations combined with a versatile IST commanding are required. At system level, network mobility and robustness are required to operate efficiently.
Keywords :
decision making; ergonomics; military communication; military computing; military vehicles; mobile computing; mobility management (mobile radio); robots; Information Support Team; Phoenix 2007 experimentation; decision making; drones; ergonomic factors; expert reachbacks; heterogeneous network-enabled systems; remote sensors; robots; soldiers; tactical mobility; tactical networks; vehicles; video sharing; Collaboration; Decision making; Navigation; Niobium compounds; Remote sensing; Robot kinematics; Robot sensing systems; Urban areas; Vehicles; Video sharing;
Conference_Titel :
Military Communications Conference, 2008. MILCOM 2008. IEEE
Conference_Location :
San Diego, CA
Print_ISBN :
978-1-4244-2676-8
Electronic_ISBN :
978-1-4244-2677-5
DOI :
10.1109/MILCOM.2008.4753361