A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Integrating Messy Genetic Algorithms and Simulation to Optimize Resource Utilization
Abstract: This article presents a mechanism for integrating messy genetic algorithms (MGAs) and a discrete event simulation technique to facilitate the simulation of optimal resource utilization to enhance system performance, such as in relation to the production rate or unit cost. Various resource distribution modeling scenarios were tested in simulation to determine their system performances. MGA operations were then applied in the selection of the best resource utilization schemes based on those performances. A case study showed that this new modeling mechanism, along with the implemented computer program, could not only ease the process of developing optimal resource utilization, but could also improve the system performance of the simulation model.
Integrating Messy Genetic Algorithms and Simulation to Optimize Resource Utilization
Abstract: This article presents a mechanism for integrating messy genetic algorithms (MGAs) and a discrete event simulation technique to facilitate the simulation of optimal resource utilization to enhance system performance, such as in relation to the production rate or unit cost. Various resource distribution modeling scenarios were tested in simulation to determine their system performances. MGA operations were then applied in the selection of the best resource utilization schemes based on those performances. A case study showed that this new modeling mechanism, along with the implemented computer program, could not only ease the process of developing optimal resource utilization, but could also improve the system performance of the simulation model.
Integrating Messy Genetic Algorithms and Simulation to Optimize Resource Utilization
Cheng, Tao‐ming (author) / Yan, Rong‐zheng (author)
Computer‐Aided Civil and Infrastructure Engineering ; 24 ; 401-415
2009-08-01
15 pages
Article (Journal)
Electronic Resource
English
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