Addressing the promises and challenges of AI
After walking the audience through the history of AI at MIT, including his run as director of the Artificial Intelligence Laboratory from 1972 to 1997, … More details
Navigating Artificial Intelligence
Lionel Siniyunguruza's blog
After walking the audience through the history of AI at MIT, including his run as director of the Artificial Intelligence Laboratory from 1972 to 1997, … More details
Idealism can eventually bow to financial pressure and artificial intelligence companies, big and small, can change course. More details
All this means that building ethical artificial intelligence is an enormously complex task. It gets even harder when stakeholders realize that ethics are in … More details
Whether its grabbing, holding or turning, touching, typing or pressing – in everyday life, we use our hands as a matter of course for the most diverse … More details
… du coût de la vie dans la Silicon Valley, les talents de la techno et de l’intelligence artificielle sont de plus en plus nombreux à s’installer au Canada. Plus de details
Artificial Intelligence in Recruitment Market Enhancing Opportunity and Demand … Artificial Intelligence enables businesses to create complex, … More details
Zeng, referring to artificial intelligence (AI) capabilities in hearing aids, may sound futuristic in his assessment, but as companies begin to integrate an … More details
The Snap chief said that he was “impressed” by Europe’s moves, and that there was still time to “course-correct” in the United States. More details
Millimeter-wave imaging is cheaper, safer, less power-intensive and much more portable than other types of body imaging. Developing algorithms and learning-based systems to support potentially life-saving biomedical devices is more than abstract research for Stevens Institute of Technology electrical and computer engineering assistant professor and senior IEEE member Negar Tavassolian. “I’ve always been interested in solving medical problems with commercially viable technology,” says Tavassolian, whose work is affiliated with the Stevens Institute for Artificial Intelligence. “I like to make things and see how they can help somebody.” Tavassolian was granted a National Science Foundation (NSF) CAREER Award to leverage millimeter-wave technology in her quest to use artificial intelligence and other emerging technologies to develop an innovative, portable dermatological application to create a high-resolution image of a patient’s skin for early detection of skin cancers. Millimeter-wave imaging (at a frequency of 30 to 300 GHz) is cheaper, safer, less power-intensive and Continue reading Putting Skin, Heart, and Soul in the Game of Solving Biomedical Challenges
JT 20H – Nous commençons à être habitués aux caméras de surveillance. D’après plusieurs études, trois quarts de la population se disent favorables … Plus de details