Title :
ATM network-based integrated battlespace simulation with multiple UAV-AWACS-fighter platforms
Author :
Kim, Jae H. ; DeFilipps, James M. ; Impert, Nicholas P. ; Derheim, Charles F. ; Thompson, Michael Y. ; Ray, Sankar ; Butler, Richard C., II
Author_Institution :
Boeing Inf., Space & Defense Syst., Seattle, WA, USA
Abstract :
We demonstrated an integrated battlespace simulation on advanced AWACS prototype network, supporting realistic C4I applications such as real time battle management, SAR image processing and analysis, and air tasking order monitoring. We first describe an integrated battlespace simulation and its demonstration scenario, then the ATM testbed for integrated battlespace simulation in both ATM LAN Emulation and Classical IP over ATM multicast configurations. Finally, we describe the network performance test (with netperf and nttcp benchmark tools) and the application performance test (with AWACS mission computer program and display console program) of FDDI, ATM LAN Emulation, and Classical IP over ATM networks
Keywords :
FDDI; airborne radar; asynchronous transfer mode; command and control systems; digital simulation; local area networks; military communication; multicast communication; radar computing; radar imaging; remotely operated vehicles; synthetic aperture radar; telecommunication equipment testing; transport protocols; ATM LAN Emulation; ATM network-based integrated battlespace simulation; ATM testbed; C4I applications; Classical IP over ATM networks; FDDI; SAR image analysis; SAR image processing; advanced AWACS prototype network; air tasking order monitoring; application performance test; display console program; mission computer program; multicast configurations; multiple UAV-AWACS-fighter platforms; netperf benchmark tool; network performance test; nttcp benchmark tool; real time battle management; Analytical models; Application software; Benchmark testing; Computational modeling; Computer displays; Image analysis; Image processing; LAN emulation; Monitoring; Virtual prototyping;
Conference_Titel :
Military Communications Conference, 1998. MILCOM 98. Proceedings., IEEE
Conference_Location :
Boston, MA
Print_ISBN :
0-7803-4506-1
DOI :
10.1109/MILCOM.1998.722553
