The Computer and the Brain |
From inside the book
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Page 112
... memory and learning capabilities . The Boltzmann concept , named for a Carnegie - Mellon researcher who originally worked on the project , is centered on the precepts of statistical mechanics , a branch of physics that enables ...
... memory and learning capabilities . The Boltzmann concept , named for a Carnegie - Mellon researcher who originally worked on the project , is centered on the precepts of statistical mechanics , a branch of physics that enables ...
Page 116
... memory in machinery by measuring it in terms of the connective weight changes , but also how computers can go about learning from the data they receive . Because so much of memory is widely distributed across the cortical landscape , it ...
... memory in machinery by measuring it in terms of the connective weight changes , but also how computers can go about learning from the data they receive . Because so much of memory is widely distributed across the cortical landscape , it ...
Page 131
... memory works in human beings and how a similar kind of memory might be imbued in computers . He also developed an interest in unearthing the way humans perform pattern perception . What Hopfield has found , as have others who have taken ...
... memory works in human beings and how a similar kind of memory might be imbued in computers . He also developed an interest in unearthing the way humans perform pattern perception . What Hopfield has found , as have others who have taken ...
Contents
Chapter Two The Seeds of AI | 21 |
Chapter Three Mind Travels and Mechanical Men | 43 |
Chapter Four In the Minds Eye | 65 |
Copyright | |
5 other sections not shown
Common terms and phrases
ability academic Alan Turing artificial intelligence research axons Babbage believes biochip biological modeling biological vision biomolecular brain cells brain modeling build Carter centers chemical circuits colleagues complex computer science computer scientists computer vision computer vision research computing devices connectionism connectionist connections cortical columns creating data processors decade decoding designed digital computers electrical electronic computing engineering ENIAC expert systems Feldman function Hanker Hopfield Huang human brain idea industrial innovation input integrated interaction Kent kind laboratories Logic Theorist Marr mathematical McAlear McCarthy mechanical memory million molecular computing Mountcastle natural networks Neumann neural neurons neuroscientists NonVon object operations optical computing parallel processing perception photonic photonic computer physical Poggio processing units professional robot Rosenfeld says scientific sensory sequential Stevens synapses tasks theoretical theorists theory things thinking machine tion Tomaso Poggio transistors Turing University Vernon Mountcastle vision system visual cortex visual images visual system
References to this book
The Turing Test and the Frame Problem: AI's Mistaken Understanding of ... Larry Crockett No preview available - 1994 |