Dr. Essam Mansour
Research Associate
Academic Career
- PhD in Computer Science, Dublin Institute of Technology (DIT), Ireland, 2008
- MSc in Information Systems, Cairo University, Egypt, 2003
- BSc in Information Systems, Cairo University, Egypt, 2000
Professional Career
- Jun 2004 - Jun 2008: Graduate Research Assistant, Dublin Institute of Technology
- Sep 2004 - Jun 2008: Teaching Assistant, Dublin Institute of Technology
- Sep 2000 - Jun 2004: Teaching Assistant, Cairo University
- Sep 2000 - Jun 2002: Teaching Assistant, Arab Academy of Science and Technology
- Jan 2001 - Dec 2003: Application Developer, A partner for GE Healthcare
Research Interests include
- Mobile Databases and Information Systems
- Context Aware Systems, Update Relevancy
- Temporal XML Data Management
- Active Databases
Publications
- Bing Wu, Kuda Dube and Essam Mansour, 2008. The motion picture paradigm for managing information: a framework and approach to supporting the play and replay of information in computerised information systems. In 10th International Conference on Enterprise Information Systems (ICEIS), Barcelona, Spain. Springer.
- Essam Mansour, Kuda Dube and Bing Wu, 2007. AIM: An XML-based temporal and ECA rule language for managing complex information. In International RuleML Symposium on Rule Interchange and Applications (RuleML 2007), Florida, USA. Springer.
- Essam Mansour, Kuda Dube and Bing Wu, 2007. Managing complex information in reactive applications using an active temporal XML database approach. In 9th International Conference on Enterprise Information Systems (ICEIS), Funchal, Madeira - Portugal. Springer.
- Essam Mansour, Bing Wu and Kuda Dube, and Li, J. X., 2006b. An event-driven approach to computerizing clinical guidelines using XML. In In the First International Workshop on Event-driven Architecture, Processing and Systems (EDA-PS06), In conjunction with ICWS 2006 / SCC 2006., Chicago, USA. IEEE Computer Society.
- Mohammed Al-Kateb, Essam Mansour and Mohamed El-Sharkawi, 2005. CME: A Temporal Relational Model for Efficient Coalescing. In 12th International Symposium on Temporal Representation and Reasoning (TIME 2005), Vermont, USA. IEEE Computer Society.