A sensor network architecture for urban traffic state estimation with mixed eulerian/lagrangian sensing based on distributed computing

Keyphrases

• Traffic State Prediction 100%
• Urban Traffic State 100%
• Sensor Node Architecture 100%
• Available Technology 50%
• Traffic Sensor Data 50%
• Mixed Integer Linear Program 50%
• Branch-and-bound Method 50%
• Local State 50%
• Switzerland 50%
• Coordinator Node 50%
• Presence Information 50%
• Urban Traffic Flow 50%
• Flow Sensing 50%
• Optimization Program 50%
• Centralized Server 50%
• Central Database 50%
• User Presence 50%
• International Publishing 50%

Engineering

• Sensor Network 100%
• Nodes 100%
• Urban Traffic 100%
• State Estimation 100%
• Traffic Data 50%
• Transceiver 50%
• Sensor Data 50%
• Linear Program 50%
• Data Show 50%
• Presence Information 50%
• Coordinator 50%
• Flow Sensor 50%
• Monitoring System 50%
• Systems Performance 50%
• Sensor Node 50%

Computer Science

• Distributed Computing 100%
• Network Architecture 100%
• Sensor Networks 100%
• State Estimation 100%
• Systems Performance 50%
• Sensor Node 50%
• Traffic Sensor 50%
• Optimal Amount 50%
• Branch-and-Bound Algorithm Design 50%
• Traffic Monitoring 50%
• Monitoring System 50%
• Linear Program 50%
• Presence Information 50%