Safety, mobility and environment challenges call for a new round of revolution on modern transportation. Thanks to the rapid advances in wireless communication technologies, in the future, vehicles can quickly and reliably exchange information and thus connected to each other and to infrastructure, so vehicles, users and transportation system operators can make smart and green decisions to enhance safety, reduce travel delay and congestion, and save energy. Furthermore, networking solutions can be applied to well address the range and fueling/charging problems, providing a much-needed boost to the rollout of electric vehicles (EVs), a key for future clean and green transportation.
At the same time, utilities around the globe are racing to make their power grids more intelligent by adopting ICT technologies, and networked EVs and charging stations can further provide demand response services to power grids. The nexus of the Internet, vehicles (including self-driving ones), fueling/charging stations, and power grids constitutes a perfect storm of opportunities for future Intelligent Transportation Systems (ITS) and Smart Grids (SG). The new paradigm of networked vehicles will not only revolutionize how things and people are transported, but also likely how information and energy are exchanged and delivered.
Many relevant industry standards and consortia are being created to prepare for the coming new paradigm of networked vehicles. NetV 2017 is to bring together the latest innovations and advances around the world on the modeling, design, implementation, and evaluation of networked vehicles architecture, protocols, control, applications and services.
Topics
V2V and V2I communications
V2X communication and applications, including V2G, V2P, V2C, V2S
Intra-vehicle communication systems
Vehicular network architecture, algorithms, and protocols
Communication and charging infrastructure deployment and management
Security and privacy
Reliability and dependability
Social applications for people on the road
Cooperative and collaborative vehicles
Vehicle charging and ranging management and control
EV charging for demand response
Modeling and analysis
Simulation, testbed, and field test
Web technologies, applications, and services
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