2013TELKOMNIKA Indonesian Journal of Electrical EngineeringRequires access

Fuzzy Optimization of Construction Engineering Project Schedule Based on Critical Chain Management

Liu Jianbing, Hong Ren, Junshu Du

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Abstract

Critical chain management was the very important theory innovation in the development of construction project schedule management field in recent years. Compared with the traditional methods of construction project schedule management, the methods of critical chain management considered resource constraints into construction project schedule management, the construction project cycle was shortened and the efficiency was enhanced by using the dynamic thinking and circulation pattern to manage whole project. In view of the progress of critical chain management of the article, fuzzy theory  was used to calculate and optimize the buffer zone sizes with the determination of the buffer size of  the existing resources in certain critical chain management so as to shorten the cycle. DOI:  http://dx.doi.org/10.11591/telkomnika.v11i12.3591 Full Text: PDF

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What this paper is about

Critical chain management was the very important theory innovation in the development of construction project schedule management field in recent years. Compared with the traditional methods of construction project schedule management, the methods of critical chain management considered resource constraints into construction project schedule management, the construction project cycle was shortened and the efficiency was enhanced by using the dynamic thinking and circulation pattern to manage whole project. In view of the progress of critical chain management of the article, fuzzy theory  was used to calculate and optimize the buffer zone sizes with the determination of the buffer size of  the existing resources in certain critical chain management so as to shorten the cycle. DOI:  http://dx.doi.org/10.11591/telkomnika.v11i12.3591 Full Text: PDF

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Available abstract

Critical chain management was the very important theory innovation in the development of construction project schedule management field in recent years. Compared with the traditional methods of construction project schedule management, the methods of critical chain management considered resource constraints into construction project schedule management, the construction project cycle was shortened and the efficiency was enhanced by using the dynamic thinking and circulation pattern to manage whole project. In view of the progress of critical chain management of the article, fuzzy theory  was used to calculate and optimize the buffer zone sizes with the determination of the buffer size of  the existing resources in certain critical chain management so as to shorten the cycle. DOI:  http://dx.doi.org/10.11591/telkomnika.v11i12.3591 Full Text: PDF

Key concepts: Schedule, Project management, Fuzzy logic, Computer science, Construction management, Chain (unit), Operations research, Systems engineering

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