1.1.Models & Problems
1.1.1.Knapsack
1.1.2.Multiple choice problem
1.1.3.Independent set problem
1.1.4.Fractals
1.2.Methods
1.2.1.Any-time algorithms
1.2.2.Cross-entopy method
1.2.3.Space-filling curve techniques
1.2.4.Clustering
1.3.Solving Frameworks
1.3.1.Morphological design
1.3.2.Composing adaptive software
1.3.3.Neural networks
1.4.Applications
1.4.1.Telescope (design of aerospace telescope)
1.4.2.Radars (e.g., management for multi-functional radar)
2.1.Lecture notes (slides)
2.2.Lecture notes on the course (prepared by student B.V. Kuchin, 2004)
2.3.M.Sh.
Levin, Application of Combinatorial Models in Computer-Aided Systems. VNIITEMR,
4.1.Word-files for reports (Ex-report.doc, Ex-report2.doc, Ex-report3.doc, Exreport4.doc)
4.2.Materials for homepage
4.3.Basic
example for lab. work 1 (English, Russian): M.Sh. Levin,
Hierarchical Combinatorial Approach to Career Planning.
Nauchno-Tekhnicheskaya Informatsiya, Ser. 2, No. 12, pp. 22-27,
(in Russian) 1996.
4.4.Programs: linearord.m, pareto.m, electre.m, knapsack.m (and lord.m), clusterss.m, mcknapsack.m