Shift Scheduling for Electric Service Vehicles: A Public Transportation Case Study

Keyphrases

• Public Transportation 100%
• Electric Service 100%
• Service Vehicles 100%
• Shift Work Schedule 100%
• Electric 66%
• Fleet Size 66%
• Decision Support Tool 33%
• Robust Decision Support 33%
• Quality of Service 33%
• Mixed Integer Linear Programming 33%
• Sustainability Goals 33%
• Climate Change Mitigation 33%
• Reducing Greenhouse Gas Emissions 33%
• Small-sized 33%
• Operational Efficiency 33%
• Near-optimal Solution 33%
• Medium Size 33%
• Cost Efficiency 33%
• Electrification 33%
• Road Transportation 33%
• Minimizing Cost 33%
• Commercial Solver 33%
• Vehicle Fleet 33%
• Investment Cost 33%
• Numerical Experiments 33%
• Transportation Agencies 33%
• Forecasted Demand 33%
• Programming Framework 33%
• Bus Service 33%
• Capital Investment 33%
• Urban Transit 33%
• Major Challenges 33%
• Service Continuity 33%
• Strategic Sustainability 33%
• Passenger Bus 33%
• Vehicle Shift 33%
• Computational Limit 33%
• Transit Network 33%
• Transit Environments 33%
• Strategic Problems 33%

Social Sciences

• Transport 100%
• Shift Scheduling 100%
• Electric Vehicles 66%
• Bus 66%
• Climate Change 33%
• Road Transportation 33%
• Quality of Service 33%
• Sustainability Goal 33%
• Decision Support 33%
• Greenhouse Gas Emissions 33%
• Operational Efficiency 33%
• Cost Efficiency 33%
• Capital Investment 33%