Abbrevation
TAROS
City
London
Country
UK
Deadline Paper
Start Date
End Date
Abstract

TAROS is the longest running UK&#8211;hosted international conference on Robotics and Autonomous Systems (RAS), which is aimed at the presentation and discussion of the latest results and methods in autonomous robotics research and applications&#046;<br>TAROS offers a friendly environment for robotics researchers and industry to take stock and plan future progress&#046; It welcomes senior researchers and research students alike, and specifically provides opportunities for research students and young research scientists to present their work to the scientific community&#046;<br>============================<br>Relevant Research Areas<br>============================<br>Contributions are sought in all areas relevant to the overall goal of the conference, including, but not limited to the following topics:<br>&#8211; Autonomous robots<br>&#8211; Assistive, service and personal robotics<br>&#8211; Aerial robots, space and planetary robotics<br>&#8211; Medical robotics, robots for surgery and intelligent prosthetics<br>&#8211; Humanoid and walking robots<br>&#8211; Soft and flexible robots<br>&#8211; Swarm, collective and field robotics<br>&#8211; Modular reconfigurable robots<br>&#8211; Human&#8211;Robot Interaction<br>&#8211; Multimodal interfaces<br>&#8211; Navigation, localisation, map building and path planning,<br>&#8211; Analysis of robot&#8211;environment interaction<br>&#8211; Applications development, hardware issues, devices and techniques<br>&#8211; Advanced sensors and actuators<br>&#8211; Advanced materials and techniques<br>&#8211; Autonomous vehicles<br>&#8211; Bio&#8211;mimetic, bio&#8211;inspired and bio&#8211;hybrid robotic systems<br>&#8211; Evolutionary, cognitive and developmental robotics<br>&#8211; Robot communication and language<br>&#8211; Ethical and societal issues in robotics<br>&#8211; Robots in education, arts and entertainment<br>&#8211; Safety, verification and validation for robotic applications<br>&#8211; Learning and adaptation<br>&#8211; Long&#8211;term interaction and operation<br>&#8211; Modelling and analysis<br>