Robotic

Although digital storage devices that cram more and more information into smaller and smaller packages continue to be developed, unfortunately the same can't be said for those trusty old analogue data storage devices known as books. However, the British Library’s Boston Spa site in West Yorkshire has used new technology of a different sort in the form of seven robotic cranes that will be used to retrieve items in its new Additional Storage Building (ASB) that will eventually house approximately seven million items from the UK national collection.  Read More

The fact that the hand is such a debilitating body part to lose has spurred researchers to develop a functional and aesthetically pleasing bionic replacement. While seemingly not as severe as the loss of an entire hand, the loss of fingers can be just as much of a hindrance and represents the largest group of arm amputees. Short of removing the remaining partial hand, there has been no bionic option available to replace missing fingers. Now, the same company responsible for the i-LIMB Hand has addressed this deficit with the launch of ProDigits, the world’s first powered-bionic finger.  Read More

Researchers at MIT have taken inspiration from the simple razor clam to design a “smart” anchor that burrows through the ocean floor. The so-called RoboClam could prove useful as tethers for small robotic submarines that are routinely repositioned to monitor variables such as currents and temperatures. The device can burrow into the seabed, be directed to a specific location and can also operate in reverse, making them easier to recover.  Read More

Although fish numbers are in decline in oceans all around the globe, the same can’t be said for their robotic brethren. Like the “Robotuna” from MIT and the robots developed by a team at the University of Essex, the latest robotic fish from Michigan State University also take inspiration from nature. The aim is to give researchers more precise data on aquatic conditions and provide a deeper understanding of critical water supplies and habitats... and hopefully help improve the outlook for fish of the biological variety.  Read More

The ease with which human beings make sense of their environment through a range of sensory signals belies the complex processing involved. Approaches to give robots the same purposeful perception we take for granted have typically involved studying visual and auditory processes independently. By combining data from both sound and vision European researchers have developed technology that could facilitate robotic understanding and responses to human behavior and even conversations, bringing us closer to a future where humanoid robots can act as guides, mix with people, or use perception to infer appropriate actions.  Read More

Vehicles are slowly but surely heading towards a future where the driver is almost irrelevant. A raft of new technologies will be employed to control a vehicle’s performance, speed and steering. Eventually leading to vehicles that drive themselves. Many Technologies designed to assist drivers are already reaching fruition including systems that recognize tiredness in drivers or control the throttle and brakes for the duration of a journey. The latest driver assist technology to catch our eye comes out of the Massachusetts Institute of technology (MIT), where researchers are creating an in-car personal robot that is designed to offer the same kind of guidance as “an informed and friendly companion.”  Read More

Jaded theme park aficionados looking for a new thrill will want to get along to the Innoventions pavilion in Epcot at Disney World, Florida, to experience The Sun of All Thrills. On display will be the new KUKA RoboSim 4-D Simulator, a robotic ride that not only puts thrill-seekers at the mercy of a 3-D motion robotic arm, but also adds “wind” by controlling air movements to provide a more realistic simulation experience.  Read More

Don't watch the video after the jump if you've recently seen a Terminator movie - because it's becoming clear that if the robots come after us, there'll be no stopping them. The video shows an incredible array of three-fingered robot hand/eye co-ordination exercises, including throwing and catching, spinning pens, tying knots and dribbling a ping-pong ball. The Ishikawa Komuro laboratory at the University of Tokyo put these videos together to demonstrate the incredibly quick parallel processing they are achieving with a mix of visual and tactile sensory inputs. Astounding stuff. Sarah Connor, you're in deep trouble.  Read More

A group of European companies and universities have collaborated to produce a series of multifunctional robots for urban hygiene tasks. With abilities ranging from door-to-door garbage pickup and transportation, to automated street cleaning, the DUSTBOTs recently demonstrated their skills at a station in the town of Atxuri, Portugal.  Read More