Two-phase optimization model for ride-sharing with transfers in short-notice evacuations

Keyphrases

• Optimization Model 100%
• Ridesharing 100%
• Short Notice Evacuation 100%
• Two-phase Optimization 100%
• Evacuation 66%
• Transportation System 33%
• Chicago 33%
• Network Scenarios 33%
• Operating Parameters 33%
• Trip Planning 33%
• City Network 33%
• Joint Optimization 33%
• Solution Approach 33%
• Discretized 33%
• Disaster Preparedness 33%
• Hyperdimensional 33%
• Numerical Analysis 33%
• Network Flow Model 33%
• Detour 33%
• Phase Following 33%
• Ride-sharing Services 33%
• Network Capacity 33%
• Vehicle Trip 33%
• Solution Strategies 33%
• Lagrangian Relaxation 33%
• Phase Coding 33%
• Relaxed Solutions 33%
• Time-space Network 33%
• Transfer Time 33%
• Penalty Factor 33%
• Sampling Network 33%
• On-demand Access 33%
• Parking Time 33%
• Sharing Process 33%
• Shared Vehicles 33%
• Network Topology Information 33%
• Two-phase Model 33%
• Evacuation Performance 33%
• Transfer Connection 33%
• On-demand Transportation 33%

Computer Science

• Network Topology 100%
• Network Scenario 100%
• Network Flow Model 100%
• Network Capacity 100%
• Lagrangian Relaxation 100%

Engineering

• Space Vehicle 100%
• Applicability 33%
• Joints (Structural Components) 33%
• Fits and Tolerances 33%
• Flow Model 33%
• Network Topology 33%
• Operating Parameter 33%
• Phase Model 33%
• Disaster Preparedness 33%
• Network Capacity 33%
• Lagrangian Relaxation 33%
• Sharing Process 33%