Lirong (Annie) Dai
Assistant Professor
Computer Science and Software Engineering
Seattle University
P.O.Box 222000
Seattle, WA 98122 U.S.A
Email daia@seattleu.edu
Tel +1(206)296-2112
| PhD CS, MS CS, BS CS, |
University of Texas at Dallas, 2005. University of Texas at Dallas, 2000. Sichuan University, 1998. |
Research Interests --- Software Engineering Area
Software Architecture Development
Realization of non-functional requirements at the architecture design level
Aspect-Oriented Software Development (aspect modeling techniques, methods, tools, aspects in software architecture, etc.)
Non-functional Requirements (performance, security etc.) design and analysis in software development life cycle
Publications
Dai L., and Cooper K., “Using FDAF to Bridge the Gap between Enterprise and Software Architectures for Security”, Journal of Science of Computer Programming, September, 2006 (accepted, to be published in 2007).
Dai L. and Cooper K., “Helping to Meet the Security Needs of Enterprises: Using FDAF to Build RBAC Into Software Architectures”, International Conference on Software Engineering Research and Practice (SERP), 2006, pp. 790 - 797.
Dai L., Cooper K., and Wong E., “Modeling and Analysis of Performance Aspects for Software Architecture: a UML-Based Approach”, International Journal of Software Engineering and Knowledge Engineering, Vol. 16, No. 3, 2006, pp 347 – 378.
Dai L, and Cooper K., “A Survey of Modeling and Analysis Approaches for Architecting Secure Software Systems”, International Journal of Network Security (accepted), April 2006.
Dai L. and Cooper K., “Modeling and Performance Analysis for Security Aspects”, Journal of Science of Computer Programming, Volume 61, 2006, pp. 58 – 71.
Cooper K., Dai L., and Deng Y., “Performance Modeling and Analysis of Software Architectures: an Aspect-Oriented UML Based Approach”, Journal of Science of Computer Programming, System and Software Architectures, Volume 57, Issue 1, July 2005, pp. 89-108.
I-Ling Yen, Lirong Dai, Ing-Ray Chen, and Biao Chen, “A Non-blocking Atomic Transaction Processing Algorithm with Real-Time Property”, International Journal of Reliability, Quality and Safety Engineering, Vol. 8, No.4 (2001), pp. 391-408.