Intelligent Transportation Systems (ITS) play a significant role in smart cities, management in the age softwarization and artificial intelligence, with the future being Autonomous Vehicles (CAV). Such transportation systems integrated with today’s advanced vehicular and wireless network technologies would have a crucial role in improving the quality and delivery performance of diversified vehicular services. There exist many unprecedented challenges that arise from Intelligent Transportation Systems and Vehicles Technologies (ITSVT). These include configuring vehicular cloud services to user requirements, connected vehicle security issues related to connectivity, big data analytics for intelligent transportation, vehicular cloud computing, and service composition, and power management for smart electric vehicles. There is also a need for customized communication technology for the integrated solutions of connected vehicles and smart city sub-systems.
The aim of the Third International Workshop on ITSVT is to bring together engineers, researchers, and practitioners interested in the advances and applications in the field of intelligent transportation and vehicle technology. Participants are invited to present and discuss recent developments and challenges in ITSVT systems. This workshop focuses on innovative applications, tools and frameworks in all technology areas related to connected vehicles in the context of smart cities and other application domains. Papers describing original novel work and advanced prototypes, systems and tools are encouraged. The workshop would provide a platform for evaluating new frontiers in research, development, integration, standards, advance service provisioning, and user communities addressing smart and hyper-connected environments of networking technologies. ITSVT would be unique with its focus on intelligent transportation and connected vehicles technologies. Researchers are encouraged to submit original research contributions in all major areas, which include, but not limited to:

* Autonomous Vehicles and Automated Driving
* Big Data Analytics for Intelligent Transportation
* Intelligent Infrastructure and Guidance Systems
* Cooperative Driving and Traffic Management
* Connected Services and Mobility management
* Autonomous and Connected Aerial Networks
* Green Vehicular Communication and Services
* CAV-based Data and Energy Transport Services
* QoE/QoS in Connected Vehicles
* In-Vehicle Networks and Communications
* CAV Enabled Smart Cities Applications
* Mobility and the Internet of Vehicles
* Social Internet of Vehicles
* Power Management of Smart Electric Vehicles
* Blockchain Systems for CAV
* Management and Artificial Intelligence for CAV
* Cyber-threat free CAV environment: Detection, Protection, and Reaction
* 5G technologies for CAV
* Communications and networking for automated and semi-automated vehicles
* Congestion and awareness control in CAV
* Simulation and performance evaluation techniques for CAV networks
* Applications and services to enhance driver experience, performance, and behavior
* Advanced driver assistance systems
* Networking with Other Road Users
* Security and Privacy of Connected Vehicle Communication
* Connected and Autonomous Vehicles in Smart Cities
* Business Model canvas for Connected Vehicles
* Marketing Innovation for Connected Vehicles
* Incremental Innovation for Connected Vehicles