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Modeling Resource Flows and Allocations in Systems with Parallel Structure

Shukayev, Dulat N.; Kim, Ekaterina R; Shukayev, Malik; Ergalieva, Nasgul O.; Mereke, Askhat A.
2012
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Description

Abstract: We propose an effective extension method for finding exact stable solutions for problems of optimal allocation of resource or data flows, in which the constraint matrix could be close to degenerate and the basic parameters of the problem could be uncertain. This study generalizes the extension method to a class of allocation problems with a non-linear objective function.

Details

Title
Modeling Resource Flows and Allocations in Systems with Parallel Structure
Creator
Shukayev, Dulat N. (Kazakh National Technical University)
Kim, Ekaterina R (Eurasian National University)
Shukayev, Malik (Bank of Canada)
Ergalieva, Nasgul O. (Kazakh National Technical University)
Mereke, Askhat A. (Kazakh National Technical University)
DOI
https://doi.org/10.2316/P.2012.776-007
Resource Type
Conference Paper
Series (Uniform Title)
Peer-Reviewed Publications
Publications à comité de lecture
Publisher
ACTAPRESS
Date
2012
Published in
Applied Simulation and Modelling
Volume
777
Issue
Artificial Intelligence and Soft Computing
Language
English
Note
The views expressed in this paper are solely those of the authors and may differ from official Bank of Canada views. No responsibility for them should be attributed to the Bank.
Publication Citation
Shukayev, D., E. Kim, M. Shukayev, N. Ergalieva and A. Mereke. 2012. "Modeling Resource Flows and Allocations In Systems With Parallel Structure." Applied Simulation and Modelling: Artificial Intelligence and Soft Computing No. 777. https://doi.org/10.2316/P.2012.776-007.
Record Appears in
Bank of Canada Research > Peer-Reviewed Publications

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