Artificial Intelligence: How Machines ThinkBaen Enterprises, 1985 - 370 halaman |
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Halaman 86
... develop computer clones , expert systems which can be developed and reproduced at the frac- tion of the cost of employing or training a human being . The company has already began spending over $ 5 million a year on its AI research and ...
... develop computer clones , expert systems which can be developed and reproduced at the frac- tion of the cost of employing or training a human being . The company has already began spending over $ 5 million a year on its AI research and ...
Halaman 118
... develop in an automobile is quite similar to a topological map showing the various inter- connections within an engine . The example of an automobile engine was used for illustra- tive purposes ( although I would not be surprised if ...
... develop in an automobile is quite similar to a topological map showing the various inter- connections within an engine . The example of an automobile engine was used for illustra- tive purposes ( although I would not be surprised if ...
Halaman 281
... developing a range of new tech- nologies which the Japanese believe will be of ultimate bene- fit to their industry and their society . Despite the fact that the Japanese approach is to develop a series of related technologies in the ...
... developing a range of new tech- nologies which the Japanese believe will be of ultimate bene- fit to their industry and their society . Despite the fact that the Japanese approach is to develop a series of related technologies in the ...
Isi
Evolution of a Thinking Machine | 1 |
Memory | 17 |
Thought and Logic | 25 |
Hak Cipta | |
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Istilah dan frasa umum
able addition ambiguity approach artificial intelligence automatic begin binary blocks calculations camera carry cells chapter chess circuits clues complex computer system computer vision computer's constructed contain DENDRAL develop device diagnosis edge detection electrical electronic ELIZA engineers example expert systems explore factory goal human brain human expert industrial robots interpret involved knowledge knowledge representation large number logic Logic Theorist machine manufacturing mathematical mathematician meaning memory meta-knowledge microprocessor Minsky movement moves MYCIN MYXEDEMA natural language nodes objects operations optical computer overall parallel computer parallel processing particular perform play possible primal sketch problem solving produce propositional calculus puter questions representation robot rules scene scientists script sentence SHRDLU simple simulate society of minds solution speech stored story structure symbolic tasks theorems theory thought tion transistor translation transphasor Turing understand USER various vision system visual whole words