MIT researchers at Professor Harry Asada’s lab have created a robotic arm controlled solely by finger movements. The movements are processed by a sensorized glove and can help with multitasking. The arm allows you to have a third option when bot... ... A team at MIT’s CSAIL demonstrated a new kind of “skin” designed to bring a sense of touch and place to soft robotic arms. The findings, which debuted in the IEEE Robotics and Automation Letters this week, find the researchers covering a soft robotic “trunk” in flexible sensors made from material used for “electromagnetic interference ... As AI permeates the home, work, and public life, it’s increasingly important to be able to understand why and how it makes its decisions. Explainable AI isn’t just a matter of hitting a switch, though; Experts from UC Berkeley, SRI, and Fiddler Labs will discuss how we should go about it on stage at TC ... RFocus asks a simple question: What if instead of just antennas and transmitters on access points and mobile devices, we put the things just about everywhere? You know, just totally slather the walls with the stuff? The new “smart surface” from MIT’s CSAIL uses in excess of 3,000 antennas to boost signal strength by nearly ...
Bunnie Huang (previously) is a legendary hardware hacker, and one of his claims to fame are his annual trips to Shenzhen -- China's electronics manufacturing hub -- with groups of MIT students to show them how electronic production actually works in the field, both so they can design projects with that reality in mind, ...
MIT CSAIL researchers have found a way to reconstruct hidden videos that are being displayed outside a camera's field of view by analyzing how reflections and shadows change in scenes that are visible to the ***** eye. Once refined, this method could... ... Rachel Kornberg Contributor Share on Twitter Rachel Korberg is a program officer with the Ford Foundation’s Future of Work(ers) initiative, which seeks to build a more just and inclusive future for workers in our rapidly changing economy. A young father and kitchen worker in Pittsburgh was thrilled to get a job with a big restaurant ... Science is exciting in theory, but it can also be dreadfully dull. Some experiments require hundreds or thousands of repetitions or trials — an excellent opportunity to automate. That's just what MIT scientists have done, creating a robot that performs a certain experiment, observes the results, and plans a follow-up... and has now done so ... MIT researchers have developed a new way to optimize how soft robots perform specific tasks – a huge challenge when it comes to soft robotics in particular, because robots with flexible bodies can basically move in an infinite number of ways at any given moment, so programming them to do something in the best way ... Draper, the MIT spin-off engineering lab, is famed for developing the Apollo 11 Guidance Computer (not Draper Esprit, I hasten to add). Ken Gabriel, President and CEO, also recently made a major announcement. Blue Origin has now partnered with Lockheed Martin and Northrop Grumman to build elements of the company’s human-rated lunar lander, and Draper ...
Posts Tagged ‘mit’
This waist-mounted robot arm will shake hands and open doors for you
MIT showcases soft robotic sensors made from flexible, off-the-shelf materials
Fiddler Labs, SRI and Berkeley experts open up the black box of machine learning at TC Sessions: Robotics+AI
MIT’s RFocus technology could turn your walls into antennas
Bunnie Huang’s classic “Essential Guide to Electronics in Shenzhen” is now free online
New MIT system extracts hidden videos from visible footage by analyzing how light reflects on a pile of clutter
Reinventing the relationship between workers and tech
This robot scientist has conducted 100,000 experiments in a year
MIT researchers develop a much better way to optimize the control of soft robots
The man behind Bezos’ next lunar guidance system talks future tech