International Conference on Robotics Systems and Vehicle Technology, Wuhan, China

Abbrevation

RSVT--EI, Scopus

Link

http://www.rsvt.org

City

Wuhan

Country

China

Deadline Paper

2018-11-01

Start Date

2019-03-11

End Date

2019-03-14

Abstract

Original unpublished manuscripts, and not currently under review in another journal or conference, are solicited in relevant areas including, but not limited to, the following topics: Biological Robotics Biomimetic Robotics Robotic Investigation of Biological Science and Systems, Neurobotics Prosthetics Robotics and Molecular Biology Control, Dynamics and Kinematics Dexterous Manipulation Locomotion Nonlinear Control Visual Servoing Estimation and Learning for Robotic Systems Reinforcement Learning Bayesian Techniques Graphical Models Imitation Learning Programming by Demonstration Diagnostics Field Robotics Underwater Robotics Aerial/Space Robotics Agricultural and Mining Robotics Distributed Systems Multi–Robot Systems Networked Robots Robot Soccer Entertainment Robotics Human–Robot Interaction and Human Centered Systems Brain–Machine Interfaces Haptics Tactile Interfaces Telerobotics Human Augmentation Assistive Robots Social Robots Safe Interaction Robots and Art Manipulation Contact Modeling Grasp Synthesis Assembly Force Control Manipulation Planning Mechanisms and Micro/Nano Robotics Design Humanoids Hands Legged Systems Snakes Novel Actuators Reconfigurable Robots MEMS/NEMS Micro/Nanobots Medical Robotics Robot–Assisted Procedures Smart Surgical Tools Rehabilitation Robotics Interventional Therapy Image–Guided Procedures Surgical Simulation Soft–Tissue Modeling Telesurgery Mobile Systems and Mobility Mapping Localization Navigation SLAM Collision Avoidance Exploration Planning and Algorithms Motion Planning Task Planning Coordination Complexity and Completeness Computational Geometry Simulation Robot Perception Vision Tactile and Force Perception Range Sensing Inertial and propreoceptive sensing Sensor Fusion Intelligent Vehicle Technologies Driver Behavior Analysis Off the Road Vehicles Traffic and Vehicle Data Collection and Processing Navigation Systems Autonomous Vehicles and Automated Driving Vision and Image Processing Vehicle Environment Perception Pattern Recognition for Vehicles Cognitive and Context–aware Intelligence Automotive Control and Mechatronics Connected Vehicles<br style="color: rgb(48, 48, 48); font–family: tahoma, verdana, arial, helvetica, sans–serif; font–size: 12px; font–style: normal; font–variant–ligatures: normal; font–variant–caps: normal; font–weight: 400; letter–spacing: 0.1px; orphans: 2; text–align: justify; text–indent: 0px; text–transform: none; white–space: normal; widows: 2; word–spacing: 0px; –webkit–text–stroke–width: 0px; background–color: rgb(255, 255, 255); text–decoration–style: initial; text–decoration–color: initial;"> Cooperative Driving and Traffic Management Connected Services Remote Diagnosis Vehicle Telematics Vehicular Cloud Computing Mobility and the Internet of Vehicles V2V, V2I, V2X Vehicular Networks Security and Safety Cognitive Radio Communication Protocols Sustainable Transportation City Mobility and Ecodriving Alternative Fuels Transport for People with Disabilities Electric Vehicles Fuel Cell Vehicles Hybrid EVs Smart Grid and V2G Systems Modeling and Simulation Engine–Efficiency and Emissions Control Power Management Vehicle Data Analytics Big Data & Vehicle Analytics Traffic management Reporting Systems Decision Support Systems Visualisation Approaches Fleet telematics Analytics for Intelligent Transportation Reporting Tools Analtyics and optimization User and usage–level Feedback Vehicle Information Systems Interaction Design for Analytics