| Laboratory for Security Analysis and Information Assurance |
| The CyberSecurity and Emergency Preparedness Institute proposes to build a “World Class” Security Analysis and Information Assurance Laboratory (SAIAL) that would be utilized by outstanding UTD research faculty and also available for our university and corporate partners. This lab would have cross disciplinary capabilities (engineering, software, public policy, etc.) with unique telecommunications engineering and software expertise/experience that can range from devices to systems. This UTD laboratory attributes would be complementary to (not competitive with) other publicly funded university laboratories. UTD’s laboratory would merge security testing and the development of advanced security techniques while other similar laboratories focus mainly on security testing or the development of security techniques. In addition, many labs only look at disaster recovery methods and the UTD laboratory will seek to prevent future disasters. Detailed capabilities of the proposed laboratory are given below. Capabilities of the Security Analysis and Information Assurance Laboratory will include:
This laboratory would be an extremely useful Homeland Security tool used extensively by UTD’s CyberSecurity and Emergency Preparedness Institute and our collaborative partners, especially the National White Collar Crime Center (NW3C).
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| A
sampling of ongoing research efforts in the CyberSecurity Research Center
(CSRC), emphasizing the
interdisciplinary nature of our work. While complete descriptions of
ongoing research appear in individual faculty members' web pages, major
CSRC Center's projects may be grouped into the following categories:
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| Intelligent Adaptive Security Systems | Adaptive Intrusion Detection |
| Highly Secure Rapidly Deployable Networks | High Performance Architectures |
| Information Assurance | Improved Encryption Key Management Systems |
| High Assurance Vulnerability Detection | Secure and Forensic Signal and Image Processing |
| “Immunize” and/or “Attack-Proof” Information Systems | Graph Theoretic Problems on Web Graphs |
| Techniques to Detect and Thwart Cyber Attacks | |