Writing for The Boston Globe, Jack Newsham interviews Professor John Leonard about the many challenges facing self-driving cars in a city like Boston. “Robots should just be able to navigate the way we navigate,” Leonard explains. “That’s been a challenge in robotics for 40 years.”
“Lexington-based MicroCHIPS, a developer of implantable drug delivery devices, has been quietly working on a birth control product that can be embedded in a woman’s body,” writes Steve Annear of Boston Magazine. The technology was originally developed in Professor Robert Langer’s lab.
In a piece for Wired, Robert McMillan examines new MIT research showing that computers “powered by the latest ‘deep learning’ algorithms,” are catching up in tests that compare their intelligence to those of monkeys.
In a piece for New Scientist about teaching robots to communicate like humans, Aviva Rutkin highlights how researchers from MIT developed a new approach to communicating with a robot called inverse semantics. Using this approach, “the robot tries to choose the right words by looking at its environment,” Rutkin writes.
Steve Lohr writes for The New York Times about Luminoso, a text analysis and artificial intelligence startup out of the MIT Media Lab. Luminoso analyzed social media communications before, during, and after the U.S.-Germany World Cup soccer match to create a minute-by-minute picture of peoples’ emotions.
Professor John Leonard speaks with Bloomberg Businessweek about Google’s new Auto Android and how it compares with the company’s driverless car project. Leonard sees the two projects as part of an overall effort to dramatically transform transportation in our everyday lives.
Writing for Wired, Olivia Solon describes a new algorithm that can identify human action in video. “The activity-recognising algorithm is faster than previous versions and is able to make good guesses at partially completed actions, meaning it can handle streaming video,” Solon writes.
Boston Globe reporter Hiawatha Bray reports on the 50th anniversary of MIT’s Project MAC. “When this started in 1963, the dream was to let multiple people use computers simultaneously,” Daniela Rus explains. “Fifty years later we’re now in a world where we find computing indispensable.”
In a piece for CNN, Professor Erik Brynjolfsson and Dr. Andrew McAfee write that the rapid rate of technological innovation is leaving a large number of people without the skills necessary to participate in the modern economy.
Jon Gold reports on how MIT researchers have developed an algorithm that can identify human activity from video input. “The researchers drew on natural language processing techniques,” Gold writes, “to create a 'grammar' for each action they wanted the system to recognize.”
The Boston area is seeing a boom in startups that specialize in the use of artificial intelligence to more effectively market to consumers, writes Michael Fitzgerald for Boston Magazine. Fitzgerald writes about the startups, experts, and technologies from MIT that have helped to initiate this renaissance.
This Huffington Post article, co-authored by Professor Max Tegmark, looks at the future of artificial intelligence. The authors stress the need to spend more money investigating the potential benefits and risks of the robotic revolution.