Short-Term Traffic Prediction for Edge Computing-Enhanced Autonomous and Connected Cars

Keyphrases

• Edge Computing 100%
• Short-term Traffic Flow Prediction 100%
• Connected Vehicles 100%
• Autonomous Cars 100%
• Prediction Model 66%
• Experiment Results 66%
• Traffic Lights 66%
• Vehicle Velocity 66%
• Red Light 33%
• Low Computational Complexity 33%
• Traffic Condition 33%
• Cloud Computing 33%
• Data-centric 33%
• Neural Network Model 33%
• Promising Solutions 33%
• Limited Computing Resources 33%
• Queuing Delay 33%
• Smart City 33%
• Real-time Changes 33%
• Multi-access 33%
• Driver Behavior 33%
• Light Effect 33%
• Periodic Feature 33%
• Road Intersection 33%
• Algorithm Development 33%
• Semi-parametric 33%
• Intelligent Transportation 33%
• Work Model 33%
• European Telecommunication Standard Institute 33%
• Experiment Platform 33%
• Velocity Model 33%
• Mobile Edge Computing 33%
• Edge Computing Architecture 33%
• Vehicle Velocity Prediction 33%
• Long Short-term Memory Neural Network 33%
• Traffic Prediction Algorithms 33%
• Traffic Light Model 33%
• Spatial-temporal Correlation 33%
• Traffic Prediction Model 33%

Computer Science

• Edge Computing 100%
• Traffic Prediction 100%
• Prediction Model 75%
• Computational Complexity 25%
• Traffic Condition 25%
• Computer Architecture 25%
• Computing Resource 25%
• Neural Network Model 25%
• Temporal Correlation 25%
• Integrated Model 25%
• Algorithm Development 25%
• Multi-Access Edge Computing 25%
• Long Short-Term Memory Neural Network 25%
• Cloud Computing 25%
• Telecommunication 25%
• Smart City 25%