| Title |
A Study on the Proposal of Optimal Resource Allocation Decision-Making Method Using Queueing Model |
| Authors |
오정인(Oh, Jeong-In) ; 위경수(Wee, Kyung-Soo) ; 노석호(Noh, Seok-Ho) ; 김재준(Kim, Jae-Jun) |
| DOI |
https://doi.org/10.5659/JAIK.2022.38.9.297 |
| Keywords |
Large-scale Apartment; Resource Allocation; Foundation Work; Queueing Model; Decision Making Method; 5D |
| Abstract |
The purpose of this study is to help the construction manager make decisions in progressing the construction plan by proposing the optimal
decision method using the Queueing Model. Resource management can determine the success of construction. Many studies have been
proposed for resource management, but have not been evaluated objectively and quantitatively. In this paper, we analyze the process plan to
be redesigned according to the productivity evaluation through the optimal resource allocation decision- making method. First, analysis of case
projects and queuing models. Second, the optimal number of servers is determined through economic analysis after resource allocation. Third,
enter the date and quantity in the BIM to suggest the best decision method. Through the proposed method, 22.6% (24.74 million won) could
be saved compared to the existing plan. The productivity of the process plan could be evaluated objectively and quantitatively. As a result,
the optimal decision-making method using queueing model can help reduce costs and help construction managers make decisions by
redesigning process plans based on productivity assessments. |