(covering but not limited to the following topics)
Track 1: Internet of Things
Internet of Things architecture and communication protocols
Internet of Things platforms and supporting technologies
Wireless sensor networks and communication systems
Intelligent sensors and sensor fusion
Data collection, transmission and control mechanisms
Embedded systems and low-power devices
Edge computing and real-time response in IoT
Environmental monitoring and intelligent sensing systems
Integration of IoT with blockchain
Track 2: Smart Transportation
Intelligent transportation systems Autonomous driving technology
Multi-sensor data fusion
Human-computer interaction
Intelligent vehicles
Intelligent control
Vehicle-road-cloud collaboration
Modal conversion and integrated transportation
Intelligent vehicles and vehicular internet of things
Vehicle control system
Vehicle safety system
Artificial traffic system
Air, road, and rail transit management
Automotive control and mechatronics
Navigation system
Traffic network modeling
Intelligent vehicles and three-dimensional transportation
Intelligent connected-vehicle navigation and positioning technology
Multi-mode intelligent connected-transportation system planning and design
Generalized test scenario generation and generalization technology for autonomous driving
Application of optical communication technology in intelligent transportation systems
Application of optical sensing technology in traffic data collection and monitoring
Track 3: Control Engineering
Automated control system
Nonlinear and adaptive control
Intelligent transportation system
Collaborative and distributed control system
Reliability and fault diagnosis
System modeling and real-time simulation
Autonomous control strategy and flexible manufacturing
Remote control and monitoring technology
Application of artificial intelligence in control
Robot motion planning and control