Machine Intelligence and Robotics: Report of the NASA Study Group : Final Report |
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Page 340
... domain of possible combinations or sequences from which to choose an answer is very large . Routine attempts at solving these types of problems soon generate a combinatorial explosion of possibilities that exhaust even the capacities of ...
... domain of possible combinations or sequences from which to choose an answer is very large . Routine attempts at solving these types of problems soon generate a combinatorial explosion of possibilities that exhaust even the capacities of ...
Page 341
... domain database . Common knowledge ( typically omitted in the subject domain database ) is often required . For example , from the personnel facts mentioned above , an intelligent system ought to be able to deduce the answer 4 E Expert ...
... domain database . Common knowledge ( typically omitted in the subject domain database ) is often required . For example , from the personnel facts mentioned above , an intelligent system ought to be able to deduce the answer 4 E Expert ...
Page 343
... domains in which they have been applied is given in various survey articles by Minsky ( 1963 ) , Newell ( 1969 ) , Nilsson ( 1974 ) , and Feigenbaum ( 1978 ) all of which appear as Appendixes B to E of this report . Appendix F ( Newell ...
... domains in which they have been applied is given in various survey articles by Minsky ( 1963 ) , Newell ( 1969 ) , Nilsson ( 1974 ) , and Feigenbaum ( 1978 ) all of which appear as Appendixes B to E of this report . Appendix F ( Newell ...
Page 363
... domains . This work led to a variety of new computational organizations and languages . LISP , PLANNER , CONNIVER , STRIPS , QA4 , and Production Systems are representative of this conceptual evolution . The MYCIN program for ...
... domains . This work led to a variety of new computational organizations and languages . LISP , PLANNER , CONNIVER , STRIPS , QA4 , and Production Systems are representative of this conceptual evolution . The MYCIN program for ...
Page 364
... domains . In the last few years , some steps have been taken to apply the resulting technology to the problem of assembly automation . It would be impractical and unreliable to program assembly machines at a low level , giving step - by ...
... domains . In the last few years , some steps have been taken to apply the resulting technology to the problem of assembly automation . It would be impractical and unreliable to program assembly machines at a low level , giving step - by ...
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activities analysis applications approach areas Artificial Intelligence automated automatic base basic become behavior called centers complex computer science concepts concerned construction cost devices discussion domain elements engineering example existing experience exploration expressions Figure function GAME given goal Group heuristic human important increase information processing interest knowledge language learning limited lines logic machine intelligence major manipulators mathematical mechanisms memory methods mission NASA nature Newell objects operations organization performance planning position possible problem solving Proc procedure processing produce Project properties proving psychology reasoning represent representation robot rules selection sequence Simon simple solution space spacecraft specific Stanford statement step structure Study success symbolic task techniques theorem theory tion understanding Univ University York
Bibliographic information
| Title | Machine Intelligence and Robotics: Report of the NASA Study Group : Final Report |
| Author | NASA Study Group on Machine Intelligence and Robotics |
| Contributor | United States. National Aeronautics and Space Administration |
| Publisher | National Aeronautics and Space Administration, 1980 |
| Original from | the University of California |
| Digitized | 26 May 2016 |
| Length | 400 pages |
| Export Citation | BiBTeX EndNote RefMan |