Francie Diep writes for Popular Science about a soft robot designed by MIT’s Distributed Systems Lab, that is able to navigate a maze unaided: “Researchers that build soft robots like this one hope that in the future, soft machines will be safer for humans to work with than hard metal ones.”
“[B]y current robotics standards this MIT creation is a pretty sleek approximation of a cheetah,” writes Rachel Feltman for The Washington Post about Professor Sangbae Kim’s robotic cheetah. A new algorithm could eventually allow the robot to reach speeds of 30 miles per hour.
“Leave it to researchers from MIT to come up with a complex algorithm that’s specific to predatory motions like running, leaping, and bounding that can be programmed into a robot,” writes Steve Annear for Boston Magazine about the robotic cheetah developed by Professor Sangbae Kim’s team.
Nidhi Subbaraman of BetaBoston writes about a soft, tentacle-shaped robot created by the Distributed Systems Lab at MIT that is able to navigate autonomously. “[T]he robot can make its way from one side of a pipe maze to another without humans getting involved,” writes Subbaraman.
Time features this video of the robot cheetah developed by Professor Sangbae Kim’s team. The researchers developed an algorithm that allows the four-legged robot to run untethered up to 10 miles per hour and jump over obstacles.
Thomas Tamblyn of The Huffington Post writes about a new video showing MIT’s Atlas robot carrying a metal frame. Tamblyn writes that the video demonstrates an advancement by MIT researchers, “who have been trying to juggle the complexities of making a robot walk while still dragging a weighted object in one hand.”
Thor Benson writes for United Press International about a new video of MIT’s Atlas robot that shows the robot moving objects of different weights while maintaining balance. A team of MIT researchers is competing with the Atlas robot in the DARPA Robotics Challenge.
Writing for CNBC, Hazma Ali reports on new MIT research showing that humans prefer to receive orders from robots rather than humans. "Our findings showed that our subjects strongly preferred when the robot scheduled the work of the team,” explains graduate student Matthew Gombolay.
Brady Dale writes for Fortune about how researchers in Professor Harry Asada’s group are working on developing a robot that can act as an extra set of limbs for factory workers. The machine would conduct the less-skilled tasks in a two-person job, freeing up the other worker.
Charles Pulliam-Moore of the PBS NewsHour reports on new research from MIT’s Computer Science and Artificial Intelligence Lab showing that humans are happier and more productive when robots are in control. The research, “could lead to situations in which human employees could be empowered by machines, rather than replaced by them,” Pulliam-Moore writes.
Katie Collins writes for Wired that MIT researchers have developed a new algorithm that will allow delivery drones to monitor their own health. “Drones will be able to keep an eye on their ability to do the job by predicting fuel levels and checking on the condition of propellers, cameras and other sensors,” writes Collins.
Bloomberg News reports on Professor David Autor’s presentation on the U.S. labor market at the Jackson Hole Economic Symposium, where he presented research demonstrating that robots are not replacing as many human workers as some fear. “Challenges to substituting machines for workers in tasks requiring flexibility, judgment, and common sense remain immense,” Autor explains.
BetaBoston reporter Nidhi Subbaraman writes that MIT researchers are developing new techniques to make future delivery drones more functional and efficient. “We have broken the large problem into lots of small problems,” says Ali-akbar Agha-mohammadi.
Writing for Science, Meghna Sachdev reports on how researchers from MIT and Harvard have built a team of 1,024 robots, the largest swarm of robots ever created. The robots are each the size of a U.S. quarter and could be used for search-and-rescue and construction operations.
Drake Bennett of Bloomberg Businessweek reports on how a team of researchers from MIT and Harvard have created a robot that can self-assemble from a flat sheet of paper in four minutes. The robot is made of paper, and layered with a circuit board and prestretched polystyrene, the same material used to create Shrinky Dinks, Bennett explains.