Faculty Cyber Research Interests and Sponsors | ||
Name |
Research Interests |
Sponsor Agencies |
Terry Boult |
Physical and cyber security, PKI, identity mangement, secure information sharing, video surveillance, biometric systems, optical system, intelligent cameras, Unmanned Aerial Vehicles, wireless GPS-enabled sensor networks, steganalysis, shipboard surveillance. Other supported areas include addressing adaptive web-sites to support trauma patient recovery. |
ONR, Army, SOCOM, Air Force, NSF |
Edward Chow |
Cyber security, cyber resilience, secure collective network defense, secure storage protocols, network survivability/restoration, SOA security and reliability, load balancing, internet network measurement, wireless sensor networks, network resource allocation, human motion tracking/ reasoning, apply game technology in cyber security awareness, Information Fusion for Enterprise Intrusion Detection & Handling |
AFOSR, ONR, Army SBIR, Air Force SBIR, TNUA, Peak Aging, ITRI CCL, Internet Business Skills, CASI, ITT |
Joe Zhou |
Scalable and dependable Internet services and architectures, resource allocation optimization, end-to-end quality-of-service, and computer networks, cloud computing, green computing |
NSF, Army Medical Research, AFOSR |
Chuan Yue |
Web Security, Web-based Systems, Web Browsing |
Google Reseach/Education Grant |
Jia Rao |
Operating Systems, Distributed Systems, Cloud Computing, Resource Management, and Machine Learning |
NSF |
Qing Yi |
Compiler construction, Program analysis & optimization for high-performance computing, parallel programming languages |
NSF |
Kristen Walcott-Justice |
Software testing, software debugging, software engineering with emphasis on resource constrained environments and search-based software engineering |
new faculty member |
Jugal Kalita |
Artificial intelligence, bioinformatics, information retrieval, computational linguistics, natural language processing and machine learning, ontology alignment, apply machine learning techniques to improve intrusion detection, multi-class classification using SVMs, extracting temporal, spatial and other relations from Web documents, semi-supervised and unsupervised learning of morphologies of Asian and other languages, clustering algorithms for biomedical data, gene micro-array expression data, enhancing micro-array clustering with biomedical databases and other knowledge sources |
NSF |
Tim Chamillard |
software metrics, dependency analysis, and software process improvement, accelerated learning through game technology. |
Air Force SBIR |
Rory Lewis |
Neuro Endocrinology KDD, Music Information Retrieval, Bayesian Networks, Rough Stes, Artificial Intelligence in Data Mining, Intelligent Information Systems, Knowledge Discovery and Data Mining, Granular Computing, Theoretical Artificial Intelligence, and VLSI |
|
Mark Wickert |
Wireless communications, signal processing, real-time DSP, and microwave/RF systems |
ONR, ITT |
Scott Trimboli |
Data Fusion with SOA |
Previous work with ISS |
Gregory Plett |
Linear and nonlinear adaptive filtering; dynamic system modeling; multiple-model multi-target tracking & information assessment; state estimation and control. |
USAFA (OSD), Compact Power Inc., General Motors, University of Michigan (DOE) |
Charles Shub |
Discrete Event and Distributed Simulation, Distributed Systems, Dynamic Process Migration, Operating Systems, Performance Evaluation, Curriculum Development and Enhancement. |
|
Richard Wiener |
object-oriented languages and their effective use |
|
Charlie Wang |
Machine Intelligence, Computer Architecture, SOC System Modeling, VLSI/SOC Architecture, Digital IC Design, Embedded System Design |
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