Кварацхелия Александр Гонерович
Personal details
Name |
Alexander |
Surname |
Kvaratskhelia |
Gender |
Male |
Marital status |
Single |
Social status |
Student |
Birth day |
December, 8, 1980 |
Birth place |
Kazan, Russia |
Home address |
Botanicheskaya str. 9-5, Kazan, 420059, Russia |
E-mail |
akvarats@soros.ksu.ru |
Education and Qualification
School/College/University |
Dates |
Qualification |
Kazan State University, Department of
Mathematics and Cybernetics, Chair of Economic Cybernetics |
1997 - now |
Operation research and methods of
optimization Master degree |
Secondary school in Kazan |
1987 - 1997 |
Secondary education |
International conferences
- MAPSP'01
International Conference on Models and Algorithms in Planning and
Scheduling Problem, Aussois, France, June, 17-22, 2001. To be
presented abstract: A.Lazarev and A.Kvaratskhelia. Experimental
research of measure of decidabiity for NP-hard scheduling problem
minimizing total tardiness.
- XXIII
Conference of Young Researchers of Department of Mechanics and
Mathematics of Moscow State University, Moscow, Russia, April
9-14, 2001. Presented talk: A.Lazarev and A.Kvaratskhelia.
Research of measure of decidability for classical NP-hard
scheduling problem minimizing maximum lateness.
- Interval2000
International Conference on Interval Methods in Science and
Engineering, Karlsruhe, Germany, September 19-22, 2000.
Presented abstract: A.Lazarev, A.Kvaratkhelia and R.Sadykov.
Research of common regularities of absolute error for NP-hard
scheduling problem minimizing maximum lateness.
- FGI-2000
France-German-Italian Conference on Optimization, Montpellier,
France, September 04-08, 2000. Presented talk: A.Lazarev,
A.Kvaratskhelia and R.Sadykov. Research of absolute error for
NP-hard scheduling problem minimizing maximum lateness.
Skills
Skills |
Applications |
Operational research and methods of
optimization |
The basic university specialty,
Master degree. Discrete optimization, Linear programming,
Convex optimization, Operational research in economics |
Theory of scheduling |
Research of classical NP-hard
problems on a single to minimize total tardiness and minimize
maximum lateness |
Software programming |
Using C, C++, Visual C++ (MFC)
programming languages and environments for creating software
packages for practical requirements and science research in
field of theory of scheduling |
Technical English |
Reading and writing science
articles, books and other applications |
Web design |
Creating WWW pages (WFD)
using HTMLv4.0, Flash 4 |
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