Flush with recent successes, and pushed by even newer technology, AI systems could get much smarter.
Gary Anthes From Communications of the ACM | July 1, 2017
Parallel computing has become increasingly important as chipmakers put more and more processor cores on individual chips.Gary Anthes From Communications of the ACM | October 27, 2014
Advances on multiple fronts are bringing big improvements to the way computers learn, increasing the accuracy of speech and vision systems.Gary Anthes From Communications of the ACM | June 1, 2013
After decades in Flatland, the end of Moore's Law is pushing semiconductors into the third dimension.Gary Anthes From Communications of the ACM | September 1, 2012
Improvements in camera hardware, image processing, camera-photographer interfaces, and image viewing are advancing the state of the art in digital photography.Gary Anthes From Communications of the ACM | June 1, 2012
Leslie Valiant talks about machine learning; parallel computing, and his quest for simplicity.Gary Anthes From Communications of the ACM | June 1, 2011
Pablo Parrilo has discovered a new approach to convex optimization that creates order out of chaos in complex nonlinear systems.Gary Anthes From Communications of the ACM | January 1, 2011
With topic modeling, scientists can explore and understand huge collections of unlabeled information.
Gary Anthes From Communications of the ACM | December 1, 2010
India faces a daunting task trying to manually translate among 22 official languages, but assistance, in the form of advanced technology enabled by a lot of hard...Gary Anthes From Communications of the ACM | January 1, 2010
Computer scientists have found a way to bootstrap science, using evolutionary computation to find fundamental meaning in massive amounts of raw data.Gary Anthes From Communications of the ACM | November 1, 2009