A network model for solving the yard truck routing and scheduling problem

Keyphrases

• Berth Allocation 25%
• Binary Integer Program 25%
• Computational Results 25%
• Congestion 25%
• Container Terminal 25%
• Container Terminal Operations 25%
• Crane Operation 25%
• Design Methodology 25%
• Discharge Process 25%
• Export Containers 50%
• Fleet Size 25%
• International Ports 25%
• Loading Method 25%
• Network Model 100%
• Network Technique 25%
• Operation Problem 25%
• Operational Network 25%
• Optimal number 25%
• Port Operators 25%
• Practical Operation 25%
• Quay Crane 50%
• Quayside 25%
• Queuing Theory 25%
• Real-world Problems 25%
• Routing Plan 25%
• Routing Problem 100%
• Scheduling Plan 25%
• Scheduling Problem 100%
• Sigma Models 25%
• Stacking Plans 25%
• Terminal Operators 50%
• Time-space Network 25%
• Time-space Network Model 25%
• Total Operating Cost 25%
• Truck Assignment 25%
• Truck Routes 100%
• Truck Scheduling 100%
• Truck Waiting Time 25%
• Waiting Time 25%
• Yard 50%
• Yard Crane 50%
• Yard Crane Scheduling 25%
• Yard Truck 100%

Computer Science

• Actual Practice 25%
• Design Experiment 25%
• Empirical Research 25%
• Integer Programming 25%
• Loading Process 25%
• Model for Network 100%
• Network Operation 25%
• Operating Cost 25%
• Programming Model 25%
• Queuing Theory 25%
• Real-World Problem 25%
• Routing Problem 100%
• Scheduling Problem 100%
• Space Dimension 25%
• Terminal Operator 50%
• Time Dimension 25%

Engineering

• Design of Experiments 50%
• Limitations 50%
• Network Model 100%
• Operating Cost 50%
• Programming Model 50%
• Routing Problem 50%
• Space Dimension 50%