We propose a static uncapacitated multi-commodity flow model along with a time-based scheduling tool for solving evacuation scheduling problems with capacity constraints. The paper addresses the problem of modeling evacuation scheduling out of an affected area, there are a pre-defined set of exit points out of the target affected area and a set of source points for the evacuees. The proposed ap...

The possibility of using flexible and cost-efficient commodity hardware instead of expensive custom hardware has triggered wide interest in software routers. Performance measurement and simulation are important approaches for identifying bottlenecks of such systems to predict and improve the performance. We measure the performance of software routers using current multi-core hardware architectu...

Proceedings Paper: Kwan, RSK, Lin, Z, Copado-Mendez, PJ et al. (1 more author) (2017) Multi-commodity flow and station logistics resolution for train unit scheduling. In: Gunawan, A, Kendall, G, Soon, LL, McCollum, B and Seow, H-V, (eds.) Proceedings of the 8th Multidisciplinary International Conference on Scheduling: Theory and Applications. Multidisciplinary International Scheduling Conferenc...

Container routing determines how to transport containers from their origins to their destinations in a liner shipping network. Container routing needs to be solved a number of times as a subproblem in tactical-level decision planning of liner shipping operations. Container routing is similar to the multi-commodity flow problem. This research proposes a novel hybrid-link-based model that nests t...

Many commercial and academic simulation tools have been released to capture the operating strategies necessary to enhance the efficiency of the supply chain. However, the supply chain’s dynamic nature caused due to the concurrent flow of various parts as well as sharing of different types of resources requires inevitable hand-woven codes to fully implement all the activities in modeling simulat...