(including but not limited to):
Topic 1: Internet of Vehicles
V2X communication technology (V2V, V2I, V2P, V2N)
Network Architecture and Protocol for Connected Vehicles
Vehicle networking MAC layer and routing protocol
Modeling and Simulation of Connected Vehicle Channels
Allocation and scheduling of vehicle networking resources
Vehicle networking mobility management
Security and Privacy Protection of Connected Vehicle Communication
Internet of Vehicles Intrusion Detection and Trust Management
Vehicle networking data distribution and storage
Internet of Vehicles edge computing and Fog Computing
Architecture of Connected Car Cloud Platform
Vehicle networking simulation and testing technology
Vehicle networking standards and regulations
Topic 2: Intelligent Transportation
Intelligent Transportation System Architecture and Integration
Traffic information perception and collection technology
Traffic state recognition and prediction
Traffic signal control and optimization
Traffic Flow Theory and Modeling
Analysis and Modeling of Traveler Behavior
Intelligent scheduling and management of public transportation
Optimization of Shared Travel System
Smart parking management and guidance
Smart Logistics and Freight Management
Urban Traffic Brain and Traffic Cloud Control Platform
Intelligent transportation big data analysis
Evaluation Method for Intelligent Transportation System
Traffic simulation technology and application
Topic Three: Communication
Cellular car networking technology
DSRC/LTE-V/NR-V2X technology
Application of Millimeter Wave and Terahertz Communication in the Internet of Vehicles
Application of Visible Light Communication in Intelligent Transportation
Drones/UAV assisted communication and traffic monitoring
The application of satellite communication in the field of transportation
Application of Multi access edge computing in Internet of Vehicles
Application of Software Defined Networking/Network Function Virtualization in the Internet of Vehicles
The Application of Artificial Intelligence/Machine Learning in Connected Vehicles and Intelligent Transportation
The Application of Digital Twin Technology in Intelligent Transportation
The application of blockchain in the fields of connected vehicles and transportation
Autonomous driving collaborative perception and decision-making
High precision map and positioning for autonomous driving
Autonomous vehicle queue control
Autonomous driving testing and evaluation
Intelligent Connected Vehicle Information Security
Intelligent connected vehicle functional safety
Human robot co driving and driving behavior analysis
Protection of vulnerable traffic participants (pedestrians, non motorized vehicles)
Interoperability between Intelligent Transportation Systems and Connected Vehicles
Vehicle road collaboration technology (smart roads, intelligent roadside facilities)
Planning and Construction of Intelligent Transportation Infrastructure
Energy saving and environmental benefits of connected vehicles and intelligent transportation
Integrated application of connected vehicles and smart cities
Intelligent Transportation Emergency Management and Command Dispatch
Inclusive intelligent transportation system for the elderly/disabled
Business Models, Policies, and Regulations of Connected Vehicles and Intelligent Transportation
Standardization Progress of Connected Vehicles and Intelligent Transportation
Ethical and legal issues related to the Internet of Vehicles and intelligent transportation