Real-Time Traffic Prediction Considering Lane Changing Maneuvers with Application to Eco-Driving Control of Electric Vehicles

Keyphrases

• Connected Vehicles 100%
• Electric Vehicle 100%
• Speed Control 100%
• Traffic State 100%
• Lane Change Maneuver 100%
• Eco-driving Control 100%
• Real-time Traffic Prediction 100%
• Eco-driving 66%
• Energy Benefit 66%
• Payne 66%
• Mixed Traffic 66%
• Driving Speed 66%
• Traffic Prediction 66%
• Traffic Data 33%
• Sensing Technology 33%
• Traffic Information 33%
• Communication Technologies 33%
• Promising Applications 33%
• Vehicle Model 33%
• Average Energy 33%
• Lane Change 33%
• Maximum Energy 33%
• Unscented Kalman Filter 33%
• Partial Measurements 33%
• Real-time Transmission 33%
• Vehicle Communication 33%
• Macroscopic Traffic Model 33%
• Intelligent Infrastructure 33%
• Vehicle Sensing 33%
• Ego-vehicle 33%
• Traffic State Evolution 33%
• Simulation of Urban Mobility 33%
• Connected Vehicle Infrastructure 33%
• Result Prediction 33%
• Forward-in-time 33%
• Prediction Framework 33%
• Human-driven Vehicles 33%

Engineering

• Driving Speed 100%
• Energy Benefit 100%
• Electric Vehicle 100%
• Infrastructure 50%
• Traffic Data 50%
• Information Technology 50%
• Kalman Filter 50%
• Forward Model 50%
• Urban Mobility 50%
• Flow Model 50%

Computer Science

• Traffic Prediction 100%
• Traffic Information 25%
• Flow Model 25%
• Time Information 25%
• Prediction Framework 25%
• Simulated Scenario 25%
• Collected Data 25%
• Kalman Filter 25%
• Information Technology 25%