Modeling lane-changing behavior in a connected environment: A game theory approach

Keyphrases

• Calibration Approach 33%
• Communication Technologies 33%
• Congestion 33%
• Connected Environment 100%
• Connected Vehicles 33%
• Driver Awareness 33%
• Driving Maneuvers 66%
• Efficient Driving 33%
• Fictitious Play 33%
• Game Theoretic Approach 100%
• Gap Acceptance Model 33%
• Information Flow 33%
• Lane-changing Behavior 100%
• Lane-changing Model 66%
• Levels of Realism 33%
• NGSIM Data 33%
• Power Technology 33%
• Prediction Skill 33%
• Processing Power 33%
• Recent Advances 33%
• Sensing Technology 33%
• Simplified Model 33%
• Simulated Method of Moments 33%
• Simulation Framework 33%
• Surrounding Traffic 33%
• Surrounding Vehicles 33%
• Time Information 33%
• Traffic Condition 33%
• Vehicle-to-vehicle Communication 33%
• Vehicular Environment 33%
• World Wide Web 33%

Engineering

• Fictitious Play 100%
• Information Technology 100%
• Limitations 100%
• Prediction Capability 100%
• Processing Power 100%
• Simulation Result 100%

Computer Science

• Changing Behavior 100%
• Information Technology 33%
• Presented Framework 33%
• Processing Power 33%
• Realism 33%
• Theoretical Approach 33%
• Time Information 33%
• Traffic Condition 33%
• Vehicle-to-Vehicle Communication 33%
• Vehicular Environment 33%