Using Visible Light Communication to Implement Intelligent Traffic Signals and Cooperative Trajectories at Urban Intersections

Keyphrases

• Visible Light Communication 100%
• Urban Intersections 100%
• Cooperative Trajectory 100%
• Intelligent Traffic Light Control 100%
• Urban Traffic Flow 33%
• Phase Diagram 33%
• Throughput Delay 33%
• Phase Averaging 33%
• Response Mechanism 33%
• Integrated Control 33%
• Traffic Signals 33%
• Traffic Demand 33%
• Urban Mobility 33%
• Headlight 33%
• Multiple Signals 33%
• Request-response 33%
• Vehicle Trajectory 33%
• Temporal Universe 33%
• Vehicle-to-vehicle 33%
• Vehicle-to-infrastructure (V2I) Communication 33%
• Street Lighting 33%
• Traffic Flow 33%
• Simulation Process 33%
• Signal Phase 33%
• Deep Reinforcement Learning Algorithm 33%
• Relative Pose 33%
• Rush Hour 33%
• State Duration 33%
• Speed Estimation 33%
• Traffic Vehicle 33%
• Traffic Movement 33%
• Vehicle Stops 33%
• Signal Optimization 33%
• Controlled Traffic 33%
• Trajectory Optimization 33%
• Signalized Intersection 33%
• Stop Line 33%
• Connected Vehicle Platoon 33%

Computer Science

• Visible Spectrum 100%
• Traffic Signal 100%
• Open Source 33%
• Reinforcement Learning 33%
• Traffic Demand 33%
• Deep Reinforcement Learning 33%
• State Duration 33%
• Control Traffic 33%
• Simulation Process 33%