Author

Golam Mowla

Date of Award

9-1975

Degree Type

Thesis

Degree Name

Master of Science (MS)

Department

Computation

Supervisor

P.C. Chakravarti

Abstract

An algorithm is developed for discrete optimization of zero-one resource allocation problems. A single constraint problem is first formulated in dynamic programming. This formulation then undergoes a number of modifications to develop the algorithm. This algorithm leads to a significant reduction in computational requirements as compared to the dynamic programming method. Three theorems and several lemmas are proved which are central in making the algorithm efficient. Different relevant features are included in the study to extend the algorithm to solve problems with more than one constraint.



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