Richard Brooks Associate Professor of Electrical and Computer Engineering
Ph.D. - 1996, Louisiana State University
B.A. - 1979, Johns Hopkins University
Office: 313-C Riggs Hall
Office Phone: 864.656.0920
Dr. Brooks has in the past been PI on research programs funded by the Air Force Office of Scientific Research, National Science Foundation, Department of Energy, National Institute of Standards, Army Research Office, Office of Naval Research and BMW Corporation. These research projects include coordination of combat missions among autonomous combat vehicles (ARO), situation and threat assessment for combat command and control (ONR), detection of protocol tunneling through encrypted channels (AFOSR), security of intellignet building technologies (NIST), experimental analysis of Denial of Service vulnerabilities (NSF), mobile code security (ONR), and security analysis of cellular networks used for vehicle remote diagnostics (BMW).
Dr. Brooks’ current research interests include game theory, strategic reasoning, and information assurance. He was PI of the Mobile Ubiquitous Security Environment (MUSE) Project sponsored by ONR as a Critical Infrastructure Protection University Research Initiative (CIP/URI). It concentrated on creating distributed countermeasures to overcome large-scale network attacks like distributed denial of service and worms. Dr. Brooks was co-PI of a NIST project defining the security standards and protection profiles for the ISO BACNET networked building control systems standard. Dr. Brooks was co-PI of a DARPA ISO program coordinating air campaign command and control and PI of the Reactive Sensor Networks (RSN) Project sponsored by DARPA IXO. RSN explored collaborative signal processing to aggregate information moving through the network, and the use of mobile code for coordination among intelligent sensor nodes. He has received DURIP awards from ONR and ARO that support the study of networked systems interacting with the real world. Current projects include authentication and authorization of exa-scale computing systems and establishing Internet freedom in West Africa. His Ph. D. dissertation received an exemplary achievement certificate from the Louisiana State University graduate school.
Dr. Brook's research concentrates on information assurance, battlespace coordination, behavior pattern extraction/detection and game theory. His battlespace coordination work has been funded by DARPA (distributed coordination of air combat campaigns), ARO (game theoretic coordination of combat missions for teams of autonomous combat vehicles) and ONR (maritime domain awareness). Results from the ONR work is being used by the Fleet and NATO for learning, tracking, and predicting shipping patterns.
His network security research projects have included funding from NSF (analyzing wired and wireless denial of service vulnerabilities), DoE (authentication and authorization of exa-scale storage systems), BMW Corporation (controlling dissemination of intellectual property), and the US State Department (creating anonymous communications tools for civil society groups). It frequently looks at attacks that disable security measures by working at a different level of the protocol stack. His Internet freedom work involves interactions with at risk populations working for freedom of expression.
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