Researchers at MIT have developed deep-learning algorithm that can compile a list of ingredients and even recommend recipes after looking at photos of food. The artificially intelligent system still needs some fine tuning, but this tool could eventually help us learn to cook, count calories, and track our eating…
For years, we’ve been told that strapping a fitness tracker to your wrist is a great way to track your physical activity and fitness level. But researchers at MIT’s Computer Science and Artificial Intelligence Laboratory have come up with a non-invasive, non-wearable way to do the same thing—and more accurately—using…
Like a dog obsessively watching its owners for signs it’s a good pup, researchers at MIT’s Computer Science and Artificial Intelligence Laboratory (CSAIL) and Boston University are now using mind-mapping techniques to help train robots to perform tasks correctly.
That feeling of wanting to smash your smartphone while connected to an over-crowded and impossibly sluggish public wi-fi network might soon be gone as researchers at MIT have come up with a way to boost wireless network speeds by cleverly coordinating multiple routers.
Do you get squeamish when someone dies on Game of Thrones? Or maybe you’re worried your favorite character is about to get killed, and you can’t bear to watch. Researchers at MIT have developed an algorithm that can predict what’s going to happen next in a video, giving you an opportunity to look away first.
Bringing the world one step closer to having real-life replicators like Star Trek promised, researchers at MIT’s CSAIL lab have developed a new 3D printing technique that allows fully-functional robots to be created in a single print run. Add a motor and battery, and they’re able to walk right out of the 3D printer.
UAVs are great, but most of them are also dumb as a sack of batteries and plastic. So dumb, in fact, that they have a whole chapter of YouTube devoted to their crashes. But a PhD student at MIT thinks he’s figured out a way to give them brains–or the next best thing.
It’s easy to forget how amazing the dexterity and anatomy of our own hands are–until you learn how difficult they are to replicate for machines. MIT has made big strides in robotic hands this year, and now it’s published a new one.
One day 3D printers will be able to churn out working electronics and fully-functional machines, instead of just plastic parts. And that day is now slightly closer with MIT CSAIL’s MultiFab 3D printer that can use ten different materials to build working devices in a single print run.
It must be 'let's creep out the populace's month over at MIT because in addition to revealing the school's untethered robot cheetah today, there's another video showing the latest progress on its development of a highly articulated robot snake. Which is cool, because everyone loves snakes, right? Especially when…
Welp. This is how it all begins. Bow on bended knee before your robot overlords. New research from MIT's Computer Science and Artificial Intelligence Lab (CSAIL) shows (with science!) that when working in groups of three—two humans, one robot—us lowly bags of flesh and blood would rather the robot just take over.
Call it what you want, but the MIT-built horticultural robots roll around, lowering a tube and spraying right into dirt around the plants' stems. I'm snickering, but the project itself is pretty cool.