MULTI- PARAMETER OPTIMIZATION OF COST ENTROPY FOR REINFORCED CONCRETE OFFICE BUILDING PROJECTS USING ANT COLONY OPTIMIZATION

Amusan, Lekan M and Ayo, Charles (2017) MULTI- PARAMETER OPTIMIZATION OF COST ENTROPY FOR REINFORCED CONCRETE OFFICE BUILDING PROJECTS USING ANT COLONY OPTIMIZATION. MULTI- PARAMETER OPTIMIZATION OF COST ENTROPY FOR REINFORCED CONCRETE OFFICE BUILDING PROJECTS USING ANT COLONY OPTIMIZATION , 12 (19). pp. 2260-2275. ISSN ISSN 1816 949X

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Abstract

Ant colony optimization is one of the conventional techniques used in providing solution to multi-objective optimization situations where pareto optimal solution is desirable. The main aim of this research work is to develop an optimization system for cost-entropy optimization logic and this study has demonstrated succinctly the applicability of ant colony optimization algorithm in solving multi-conflicting objectives situation in cost entropy trade-off of reinforced concrete office building projects. Average costs of four (14) elements of twenty (20) selected projects were used for the analysis. The ant colony system devised was applied on 14 in 20 elements of the sampled projects. An optimal solution obtained was validated within the context of previous developed algorithm and was found to be consistent at prevailing currency equivalent. The model with entropy scale developed in this study would enable a builder or contactor load iteratively, cost implication of an unseen circumstance even on occasion of deferred cost reimbursement, and would help in project cost monitoring. The phenoromone type of cost and entropy generated can be spread iteratively on elements’ cost so as to forestall overrun and economic variants that can affect project cost negatively.

Item Type:	Article
Subjects:	A General Works > AI Indexes (General)
Divisions:	Faculty of Engineering, Science and Mathematics > School of Civil Engineering and the Environment
Depositing User:	Mr L. M. Amusan
Date Deposited:	06 Sep 2017 20:14
Last Modified:	18 Nov 2017 06:20
URI:	http://eprints.covenantuniversity.edu.ng/id/eprint/9209

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