Kybernetica.com > Mimicking how the brain recognizes street scenes
[ Perfectly Reasonable Deviations] At last, neuroscience is having an impact on computer science and artificial intelligence (AI). For the first time, scientists in Tomaso Poggio’s laboratory at the McGovern Institute for Brain Research at MIT applied a computational model of how the brain processes visual information to a complex, real world task: recognizing the objects in a busy street scene.
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Pulse: When they mapped the brain response of monkeys during those tests, they also found that different neurons responded strongly to different views of the same object. And those neurons would respond nearly as strongly to a reversed view”as if the image had been flipped in a mirror. (via Cosmos)
[Neurodudes.com] neurodudes: “Multidisciplinary research within cognitive neuroscience has established itself as a promising approach to answering the question of how the mind emerges from the working of the brain” […] “One of the fields that has gained substantially by successfully combining the theoretical frameworks, methodologies, empirical results and insights of the varied disciplines within cognitive neuroscience, is the study of working memory”
[Onintelligence.org] On Intelligence - Reviews and Press: "Jeff Hawkins has written an original, thought-provoking and, with the help of Sandra Blakeslee, remarkably readable book that presents a new theory of the functions of the cerebral cortex in perception, cognition, action and intelligence. What is distinctive about his theory is the original way existing ideas about the cerebral cortex and its architecture have been combined and elaborated based on an extensive knowledge of how the brain works - what Hawkins calls Real Intelligence in contrast to computer-based Artificial Intelligence.
[Aaai.org] AI in the news: "If American astronauts fly to Mars in the next few decades, they might be chaperoned by NASA's version of 'thinking machines' -- electronic brains that will run the spaceship largely without human aid and make lightning-fast decisions to guard the crew against danger. Nor are the machines likely to look or sound like the red-eyed, suave-voiced Hal of the 1968 blockbuster '2001: A Space Odyssey.' Rather, these computerized 'intelligent systems' could be near-invisible legions of microelectronic butlers and maids.
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