Air duct cleaning is a tedious job which most of us leave to professionals whose methods and tidiness vary in quality. Group of engineers from Czech Republic developed Jetty – a robot for air duct inspection and cleaning. Robot Jetty is a belt robot with a unique design which allows it to fit air vents… »
Researchers from MIT combined two innovative algorithms developed there to build a new robotic motion-planning system that calculates much more efficient trajectories through free space. Although such tasks seem intuitive and simple to us, most of the existing path finding algorithms rely to collision avoiding rather than finding more efficient paths between the robot’s initial… »
Currently available robots are mostly used for industrial tasks such as manufacturing, mining and inspection, as well as being an important research tool. As a part of his final year project, Monash University engineering student, Nick D’Ademo has designed an experimental robot called eyeBug. Aside being cheap to build, its flexible design and modularity encouraged… »
Initially introduced in 2007 through a popular online video, the adorable Keepon robot stood out from the rest of the robots available in that time. Its simple appearance and dynamic behavior have been equally embraced by young and old. However, it was originally developed for use in playrooms to study autism and social development and… »
A group of engineers from the Massey University developed a robotic leg on task to out-kick former All Black Andrew Mehrtens as part of an innovation showcase during Rugby World Cup next month. The man-sized, muscular metallic leg might also upstage other players who have had less than consistent results in getting the oval ball… »
Programming a computer to observe events and find commonalities is called machine learning. There are many examples of this process being perfected by many researchers around the world, but a team of researchers from the Cornell University Personal Robotics Laboratory is teaching robots to find their way around in new environments and manipulate objects with… »
Although robots advance each day, they still lack the fluent movement and gracefulness we’d expect them to have. A group of researchers from the University of Innsbruck employs new mathematical approaches to improve the control of robot movements. Aside making robots more graceful and efficient, the research might lead to better motion safety for both… »
Max Planck Institute (MPI) researchers are using computer simulations and prototypes in order to enhance the simulations control of multiple robots. They are developing flying multi-robot systems, which receive instructions from a user and fulfill the commands in an autonomous manner. Navigated by a human operator, four or more of these Unmanned Aerial Vehicles (UAVs)… »
