CarSys 2016 - First ACM International Workshop on Connected and Automated Vehicle Mobility

CarSys 2016 seeks to present innovative and significant research on the design, implementation, usage, and evaluation of intelligent vehicular computing, communication and control systems, applications, and services.
The key themes of this workshop are two-fold:
1. Connected Vehicles: Based on short- and medium-range communications as well as on cellular networks, vehicular inter-networking will enable vehicular safety applications, efficiency applications and a multitude of other commercial or public authority applications.
2. Intelligent Vehicles: As vehicles are equipped with more sensing and computing capabilities, vehicles become more intelligent and are able to accomplish a number of challenging tasks including autonomous driving.
We are currently witnessing the pursuit of high-performing, reliable, scalable, secure, and privacy-preserving connected and automated vehicle technologies, as well as associated mobility services. These ongoing innovations present an extraordinary challenge for the research community. The safety, real-time and security needs of vehicular systems and their application scenarios make the study of these systems both exciting and challenging. Goal-driven inter-disciplinary collaboration among the automotive industry and academic research community is increasingly seen as necessary. Furthermore, the connected and intelligent vehicle research field has been a very active field of research, development, standardization, and field trials. Throughout the world, there are many national and international projects in government, industry, and academia devoted to connected vehicles or autonomous driving vehicles. Many relevant industry standards and consortia are being created to prepare for the maturity of these emerging technologies. CarSys 2016 brings together researchers from these initiatives around the world to chart the way forward in this rapidly evolving field.
Areas of interest include, but are not limited to:
- Automated Vehicles
- Autonomous / Intelligent Robotic Vehicles
- Vehicular Active Safety System
- Information and Sensor Fusion
- Vehicle Environment Perception
- Cooperative Vehicle-Infrastructure Systems
- V2I / V2V Communication
- Wireless in-car networks
- Vehicle Communication protocol design and network management
- Vehicle System architecture and design
- Telematics and Vehicle-Cloud Integration
- Safety and non-safety applications or service
- Vehicular IoT Infrastructure
- Intelligent Vehicle Software and Computing Infrastructure
- Security and privacy issues and protection mechanisms
- Cyber-physical system modeling
- Field operational testing