While photos and videos of the robot have been presented at scientific conferences in robotics and in infant development, the general public recently got the first glance at the expressive face of a robot named Diego-san. The project is led by a researcher from University of California, San Diego (UCSD) and it will be used… »
There are many research groups around the world with a goal to develop robotic fish that could be used to monitor potential environmental problems before they become too large to handle. Back in 2009, a group of researchers from Michigan State University (MSU) came up with their prototype of robotic fish. Recently, they revealed a… »
It seems as if last year’s news and articles were dominated by unmanned aerial vehicles and algorithms developed for their autonomy in different environments. We got a couple of new and affordable robotic toys to play with, there were numeral examples of robots whose design or locomotion principles were inspired by nature, and ASIMO turned… »
A couple of years ago I stumbled onto news about EcoBot – a robot able to operate within an enclosed environment by using food, water and air found around it. However, the idea of robots which consume unrefined biomass in order to operate didn’t allure me from the ethical point of view and that news… »
Inspired by lizards, which have the ability to turn right side up and land on their feet when they fall, the researchers from the University of California, Berkeley, developed a robot able to mimic that ability. Named RightingBot, the lizard-inspired robot mimics lizards which swing their large tails one way to rotate their body the… »
Georgia Tech’s Center for Music Technology developed a robot whose role is to be a musical companion. Named Shimi, the robotic musical companion is able to recommend songs, dance to the beat, and even create new, unique musical compositions. Instead being just a docking station, the robot increases interactivity and various features which can be… »
Most flying robots aren’t built to recover from shocks after a collision, but a group of researchers from EPFL decided to construct a robot which is suitable for navigation in cluttered indoor environment. Named AirBurr, the flying robot acts like some flying insects and takes advantage of collisions in order to find its way around… »
Researchers in Cornell’s Personal Robotics Lab have developed a new algorithm which enables a robot to rely on its artificial intelligence to look at a group of objects instead recognizing single objects placed in front of its sensors. The algorithm enables the robot to survey its surroundings, identify all the objects, figure out where they… »
