Article ID: | iaor20112562 |
Volume: | 23 |
Issue: | 4 |
Start Page Number: | 251 |
End Page Number: | 274 |
Publication Date: | Dec 2010 |
Journal: | OR Insight |
Authors: | Ghanmi Ahmed |
Keywords: | simulation: applications, decision theory: multiple criteria, optimization |
This article presents an analysis of Reception, Staging and Onward Movement hub (RSOM‐hub) concept to support Canadian Forces (CF) Northern operations and provides insights into the optimal RSOM‐hub locations. RSOM‐hubs are permanent or temporary staging bases for cross‐loading between strategic and tactical lift during military deployment and sustainment operations. Performance measures were developed to assess the effectiveness and the responsiveness of the RSOM‐hub concept. A simulation‐based optimization model was also developed to determine the optimal number and locations of RSOM‐hubs. The model was considered in a multi‐objective framework and solution trade‐offs were determined through an exhaustive search methodology. Optimal RSOM‐hub locations were investigated for different numbers of RSOM‐hub solutions. Sensitivity analysis was conducted to examine the impact of different operational parameters on RSOM‐hub performance and optimal locations. The study indicated that the RSOM‐hub concept could offer potential cost avoidance and response time reduction on deployment lift for Northern operations and could be a potential strategy for improvement of the CF domestic support capability.