Optimizing C4ISR networks in the presence of enemy jamming
Andrews, Sean M.
Carlyle, W. Matthew
Alderson, David L.
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U.S. Navy forces are becoming increasingly dependent upon the Command, Control, Communications, Computers, Intelligence, Surveillance, and Reconnaissance (C4ISR) networks that support them. This network is critical to the task of quickly putting effective weapons on important targets. Today, the delivery of weapons by U.S. Navy air and surface forces is increasingly dependent upon critical targeting information that is often provided by a network of third-party sensor and communication systems. Along with this increasing dependence is a growing threat to this network by enemy forces. Thus, an understanding of network capabilities and vulnerabilities is critical to the ability of our naval forces to successfully engage an adversary. The focus of this research is to develop a bi-level (attackerdefender) optimization model that enables us to map any current or planned C4ISR network requirements needed to execute a successful kill chain, and to uncover any vulnerabilities within the network.
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