Optimal fleet deployment for electric vehicle sharing systems with the consideration of demand uncertainty

Mathematics

• Electric Vehicle 100%
• Demand Uncertainty 95%
• Sharing 51%
• Stochastic Demand 38%
• Optimal Allocation 31%
• Multilayer 20%
• Decision Support 12%
• Taiwan 12%
• Operator 11%
• Mixed Integer Linear Programming 10%
• Robust Optimization 10%
• Network Flow 10%
• Plug-in 10%
• Programming Model 9%
• Sun 9%
• Profit 9%
• Computational Experiments 9%
• Movement 8%
• Maximise 7%
• Scenarios 7%
• Software 7%
• Linear Model 7%
• Heuristics 7%
• Verify 6%
• Decompose 5%

Business & Economics

• Electric Vehicle 60%
• Demand Uncertainty 52%
• Uncertain Demand 29%
• Stochastic Demand 27%
• Operator 22%
• Network Flow 11%
• Measures of Effectiveness 10%
• Robust Optimization 10%
• National Parks 10%
• Decision Support Tools 9%
• Mixed Integer Linear Programming 9%
• Decomposition 9%
• Optimal Allocation 8%
• Hedge 7%
• Heuristics 6%
• Taiwan 6%
• Software 5%
• Scenarios 5%

Engineering & Materials Science

• Electric vehicles 44%
• Uncertainty 30%
• Network layers 21%
• Plug-in electric vehicles 13%
• Lakes 11%
• Moon 11%
• Sun 10%
• Linear programming 9%
• Profitability 8%
• Decomposition 7%