The Age of Intelligent MachinesWhat is artificial intelligence? At its essence, it is another way of answering a central question that has been debated by scientists, philosophers, and theologians for thousands of years: How does the human brain - three pounds of ordinary matter - give rise to thought? With this question in mind, inventor and visionary computer scientist Raymond Kurzweil probes the past, present, and future of artificial intelligence, from its earliest philosophical and mathematical roots through today's moving frontier, to tantalizing glimpses of 21st-century machines with superior intelligence and truly prodigious speed and memory. Lavishly illustrated and easily accessible to the nonspecialist, The Age of Intelligent Machines provides the background needed for a full understanding of the enormous scientific potential represented by intelligent machines and of their equally profound philosophic, economic, and social implications. It examines the history of efforts to understand human intelligence and to emulate it by building devices that seem to act with human capabilities. Running alongside Kurzweil's historical and scientific narrative, are 23 articles examining contemporary issues in artificial intelligence by such luminaries as Daniel Dennett, Sherry Turkle, Douglas Hofstadter, Marvin Minsky, Seymour Papert, Edward Feigenbaum, Allen Newell, and George Gilder. Raymond Kurzweil is the founder, chairman, and chief executive officer of Kurzweil Applied Intelligence, Kurzweil Music Systems, and the Kurzweil Reading Machines division of Xerox. He was the principal developer of the first print-to-speech reading machine for the blind and other significant advances in artificial intelligencetechnology. |
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Page 227
... vision is estimated to have a resolution of 10,000 positions along each of the two axes of vision , or about 100 million pixels ( there are indeed about 100 million rod cells in each eye to detect shape and motion and 6 million cone ...
... vision is estimated to have a resolution of 10,000 positions along each of the two axes of vision , or about 100 million pixels ( there are indeed about 100 million rod cells in each eye to detect shape and motion and 6 million cone ...
Page 503
... Vision , " Proceedings of the Royal Society of London 204 ( 1979 ) . The use of zero crossings was also addressed in Ellen Hildreth's work : " The Detection of Intensity Changes by Computer and Biological Vision Systems , " Computer Vision ...
... Vision , " Proceedings of the Royal Society of London 204 ( 1979 ) . The use of zero crossings was also addressed in Ellen Hildreth's work : " The Detection of Intensity Changes by Computer and Biological Vision Systems , " Computer Vision ...
Page 504
... vision is examined in an excellent review article : Tomaso Poggio , Vincent Torre , and Christof Koch , " Computational Vision and Regularization Theory , " Nature , September 26 , 1985. The role of analog computations is also discussed ...
... vision is examined in an excellent review article : Tomaso Poggio , Vincent Torre , and Christof Koch , " Computational Vision and Regularization Theory , " Nature , September 26 , 1985. The role of analog computations is also discussed ...
Contents
What Is Al Anyway? | 13 |
A Platonic Dialogue on the Nature of Human Thought Raymond Kurzweil | 46 |
Reconstructions of the Psychological | 68 |
Copyright | |
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ability Alan Turing algorithms Allen Newell analog applications Artificial Intelligence automatic Babbage called capable century chess chip Church-Turing thesis cognitive complex concept consciousness created creative Cybernetic described developed Dreyfus Edward Feigenbaum electronic Engine example expert systems Feigenbaum fractal function hardware Hubert Dreyfus idea industry input intelligent machines interact knowledge base Kurzus Kurzweil language logic Lou Jones machine intelligence Marvin Minsky mathematics mechanical memory million mind Move disk Myronius natural neurons Papert parallel particles pattern recognition perform person philosophical Photo by Lou physical pixel play Poem stanza possible problem question Raymond Kurzweil reason recursive Revolution robots Roger Schank Sandy Science Seymour Papert simple simulated solve sounds speech structure task techniques theory things thought tion Tomaso Poggio tower Turing machine Turing test understanding University vision visual words