- Capacity analysis of container terminals using simulation techniques
- An investigation into dynamic yard crane deployment and comparisons between hill-climbing and best-first-search algorithms
- A decomposition-heuristic-rule-enabled decision-making system for dynamic quay crane allocation and scheduling
- A berth allocation strategy using heuristics algorithm and simulation optimisation
- Structural fatigue assessment and management of large-scale port logistics equipments
- A scenario analysis of a location problem with uncertain demand
- A supply-chain-oriented business process reengineering strategy for on-demand new product development
- Incorporating users' creativity in new product development via a user successive design strategy
- The effect of gender-related difference on human-centred performance using a mass assessment method
24 November 2008
Special issue: Computer applications in logistics engineering and management
International Journal of Computer Applications in Technology 32(4) 2008
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1 comment:
Technological advances are taking organizations and industries to new heights all over the world. Logistics engineering help to improvise new materials to suit the situation for a cost effective performance. Analytical models and computer simulations help to improve overall performances.
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Nickysam
Viral Marketing
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