WORKSHOPLIST

WORKSHOP DETAILS

WS17: Connected and Automated Vehicles
( CFP )

Workshop Code: s422g

Organizers

  • Ge Guo
    Affiliation: Dalian Maritime University, China
    E-mail: geguo@yeah.net

  • Shengbo Eben Li
    Affiliation: Tsinghua University, China
    E-mail: lisb04@gmail.com

  • Yantao Tian
    Affiliation: Jilin University, China
    E-mail: tianyt@jlu.edu.cn

  • Hongbo Gao
    Affiliation: Tsinghua University, China
    E-mail: ghb48@mail.tsinghua.edu.cn

Scope and Goals

Connected and automated vehicles (CAVs) have the ability of gathering and sharing traffic information and vehicle state with neighboring vehicles. Therefore, CAVs are believed to be a promising technology to deliver greater safety and mobility benefits to the next generation intelligent transportation systems. In particular, CAVs can also bring new perspectives and innovation to autonomous driving and cooperative driving to achieve more comfortable driving experience, realize accurate traffic control and reduce adverse environmental effects. CAVs can be made smarter via the use of advanced technologies such as machine learning, deep reinforcement learning, artificial intelligence, advanced computing, among many others.

This workshop aims to gather researchers in the areas of connected and automated vehicles, hybrid electric vehicles, vehicular cyber-physical systems, and intelligent transportation systems, motion planning and control, path tracking, deep reinforcement learning for autonomous control and decision-making in a same room and discuss their recent research advances in theory and applications.

Topics of Interest

  • Cooperative control of vehicles
  • Vehicular cyber-physical systems
  • Autonomous driving under limit working conditions
  • Driving assistance under low adhesion ground
  • Trajectory tracking control for electric vehicle
  • Deep reinforcement learning for intelligent/autonomous vehicles
  • Autonomous decision-making for intelligent/autonomous vehicles
  • Motion planning of intelligent/autonomous vehicles
  • Path tracking and motion control for intelligent/autonomous vehicles