SeaBED AUV: successful test of an autonomous underwater vehicle producing 3D maps of the underside of Antarctic sea ice.
HITACHI developed a humanoid called EMIEW 2. It communicates with humans, evades obstacles, maps destinations and navigates the building, and has voice processing systems.
Students of National Taiwan University developed a wheeled guide robot called Hsiao Mei. It has GPS and laser mapping systems, using which it constructs 2D and 3D maps for navigation.
The iMaro-3 ISR was created by SAIT as a service robot. It greets people at the Seoul International Airport. The iMaro-3 ISR helps passengers find the correct terminal. It also provides snapshots of the person it assists and has pre-programmed maps to…
Bart Everett developed a security robot called Robart II. It can detect problems, create navigation maps and contains multiprocessor architecture for real-time operations.
Formerly known as the AASS Mobile Robotics Lab, Orebro University's mobile robotics lab is now named the Cognitive Robotic Systems Laboratory (CRSL) at AASS. Its mission is to perform basic and applied research of cognitive robotic systems and to address…
The SUNRISE project has developed a team of aquatic robots that are able to work together to scan the sea floor and communicate via the 'Internet of underwater things'
The EU project ARCAS has developed autonomous flying robots that features an innovative arm, which is able to manipulate objects without the help of a remote human controller.
To protect deminers and save time, ICARUS has started to use Unmanned Aerial Vehicles for mapping and detecting. One of the major issues facing flood-hit areas is the widespread presence of unexploded devices from the war.
The Aerial Robotics Cooperative Assembly System (ARCAS) is a EU funded robotics project that develops autonomous flying robots to perform tasks too dangerous or otherwise difficult for human workers. It will be the first cooperative autonomously flying…
