Curt Nickisch reports for WBUR on the remarks Robert Hannigan, director of Britain’s Government Communications Headquarters, made at MIT on encryption and privacy. CSAIL’s Daniel Weitzner says that he feels that the fact that both Hannigan and Secretary of Defense Ash Carter spoke out against mandatory backdoors, is “a really significant shift in the debate.”
During his remarks at MIT, Robert Hannigan, director of Britain’s Government Communications Headquarters, called for greater collaboration between technology companies and governments, reports Tim Bradshaw for the Financial Times. Bradshaw writes that “Hannigan’s speech at the Massachusetts Institute of Technology on Monday came ahead of a proposed new public-private forum in the UK.”
In a talk at MIT, Robert Hannigan, director of Britain’s Government Communications Headquarters, expressed his hope that “technology companies and academic researchers will find ways to let government investigators get into encrypted devices without creating broad ‘back doors’ that undermine computer security,” writes Brian Bergstein for Technology Review.
Hiawatha Bray writes for The Boston Globe about the talk Robert Hannigan, director of Britain’s Government Communications Headquarters, delivered on encryption at MIT. Bray writes that Hannigan urged technology companies and governments to “develop a joint strategy that will provide police and intelligence agencies the data they need, while preserving the public’s right to digital privacy.”
Matt McMarland writes for The Washington Post that a CSAIL researcher has developed a computer system that can produce tweets that read like they are written by presidential candidate Donald Trump. McFarland explains that postdoc Brad Hayes “wanted a fun way to familiarize himself with some statistical modeling techniques for his research on human and robot interactions.”
Popular Science reporter Dave Gershgorn writes that postdoc Bradley Hayes has created an algorithm that tweets fragments of Donald Trump’s speeches. Gershgorn explains that, “the algorithm works by selecting a random letter, and then predicting what letter would normally come next, based on the original text.”
In a Forbes piece about historical technology developments that occurred during the week of February 22nd, Gil Press highlights how Prof. Emeritus Jay Forrester received a patent on Feb. 28, 1956 for magnetic core memory. Forrester’s invention “became the standard for computer memory until it was supplanted by solid state RAM in the mid-seventies.”
Wired reporter Emily Reynolds writes that researchers from MIT CSAIL have developed a new communication system that is designed to help humans and robots work together in emergency situations. The new system reduces the needs for communication by 60 percent, reducing the potential for information overload.
Boston.com reporter Hilary Sargent writes that MIT researchers have developed a new device that could help guide the visually impaired. Sargent explains that a prototype system the researchers developed “is about the size of a binoculars case and is designed to be worn around someone’s neck.”
Nidhi Subbaraman writes for BetaBoston about “Cambridge 2 Cambridge,” an international cybersecurity challenge that will take place this spring between researchers from MIT CSAIL and the University of Cambridge. Prof. Howard Shrobe explained that the contest will take the form of a virtual “capture the flag” contest.
Prof. Edward Boyden speaks with Boston Globe reporter Murray Carpenter about how scientists need more powerful computers to help gain a better understanding of brain function. “The cool part of neuroengineering is that we have all these unmet needs,” Boyden says. “I think there is an enormous amount of hope generated by bringing new tools into neuroscience.”
Wall Street Journal reporter Alexandra Wolfe profiles Prof. Cynthia Breazeal and examines her latest work developing a robot, dubbed Jibo, that can assist humans with daily tasks and serve as a companion. “I’m really thinking about social robots as an extender of our human capacity,” Breazeal explains.
Boston Magazine reporter Kyle Clauss reports that researchers from MIT CSAIL have developed a drone that uses algorithms to detect obstacle-free regions in space. “Using free-space segments is a more ‘glass-half-full’ approach that works far better for drones in small, cluttered spaces,” says MIT alumnus Benoit Landry.
Researchers from MIT CSAIL have developed an algorithm that allows drones to navigate obstacle courses, reports Kelsey Atherton for Popular Science. “As drones move away from simple remote-controlled toys and become more autonomous flying tools, programs like these will keep them flying safely through unfamiliar terrain,” explains Atherton.
MIT researchers have developed an algorithm that could reduce how long planes wait before takeoff, reports Lee Moran for The Huffington Post. The formula allows air traffic controllers to use data on weather conditions and runway traffic to “hold airplanes at the gate, which would help avoid congestion.”