Updated: August 2007
Personal
|
Tel: 972-9-778-1257
Home: 972-4-6850321
|
|
Fax: 972-9-778-2605
Home Fax: 972-4-6850323
|
|
E-mail: elazar@openu.ac.il |
Education
1989 |
B.Sc. (cum laude), Computer Science, The Hebrew University of Jerusalem |
1992 |
M.Sc. (cum laude), Computer Science, The Hebrew University of Jerusalem.
Thesis: Counting Propositional Models.
Advisor: Prof. Eliezer Lozinskii |
2001 |
Ph.D., Computer Science, The Hebrew University of Jerusalem.
Research areas: Logic Databases, Artificial Intelligence, Algorithms, Complexity.
Dissertation: A Study of Inconsistent Knowledge Systems (in the Framework of Automated Inference).
Advisor: Prof. Eliezer Lozinskii |
Teaching Experience
1989 - 1991 |
Teacher, Lifshitz College of Education, Jerusalem |
1990 - 1991 |
Instructor, Computer Science Department, The Open University of Israel |
1990 - 1996 |
Teaching Assistant, Computer Science Department, The Hebrew University, Jerusalem |
1997 - 1998 |
Lecturer, Computer Science Department, The Hebrew University, Jerusalem |
2001 |
Lecturer, Computer Science Department, The Jordan Valley College |
1995 - |
Lecturer, Computer Science Department, Hadassah College, Jerusalem |
Additional Experience
1991 - |
Teaching Coordinator and Course Developer, Computer Science Department, The Open University |
2004 - |
Head, Projects Committee, Computer Science Department, Hadassah College |
Publications
A. Ginzburg, J. Bar-Ilan and E. Birnbaum (1992). Study guide: Algorithms and Complexity, The Open University of Israel (Hebrew). |
A. Ginzburg, M. Avigal and E. Birnbaum (1993). Study guide: Error-Correcting Codes, The Open University of Israel (Hebrew). |
E. Birnbaum (1995). Study guide: Computability and Introduction to Complexity, The Open University of Israel (updated, Hebrew). |
E. Birnbaum and E.L. Lozinskii (1999). The good old Davis-Putnam procedure helps counting models, Journal of Artificial Intelligence Research 10, 457-477. |
E. Birnbaum and E.L. Lozinskii (2003). Consistent subsets of inconsistent systems, Journal of Experimental and Theoretical Artificial Intelligence 15, 25-46. |
|