Machine Intelligence and Robotics: Report of the NASA Study Group : Final Report |
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Page 333
The Impact on Resources and Environment J. Conclusion 6 III . NASA Needs ..... 7 9 9 9 IV . Applications of Machine Intelligence and Robotics in the Space Program .. A. Introduction ... B. Robots and Automation in NASA Planning C.
The Impact on Resources and Environment J. Conclusion 6 III . NASA Needs ..... 7 9 9 9 IV . Applications of Machine Intelligence and Robotics in the Space Program .. A. Introduction ... B. Robots and Automation in NASA Planning C.
Page 339
... navigate successfully through their environment and to manipulate items , such as light switches , toy blocks , eating utensils , etc. However these same tasks , performed almost unconsciously by humans , when performed by a machine ...
... navigate successfully through their environment and to manipulate items , such as light switches , toy blocks , eating utensils , etc. However these same tasks , performed almost unconsciously by humans , when performed by a machine ...
Page 342
Far more plausible is the thesis that human beings perform best , most creatively , and , with greatest comfort in environments that provide them with some immediate amount of structure , including the structure that derives from ...
Far more plausible is the thesis that human beings perform best , most creatively , and , with greatest comfort in environments that provide them with some immediate amount of structure , including the structure that derives from ...
Page 343
But there is no reason to believe that we will experience satiety of either goods or services at full employment levels . applied to the modeling of our energy and environmental systems trace out for us the indirect effects of actions ...
But there is no reason to believe that we will experience satiety of either goods or services at full employment levels . applied to the modeling of our energy and environmental systems trace out for us the indirect effects of actions ...
Page 345
As a relative indicator , the level of automation is measured by the different elementary functions the spacecraft can perform in an unpredictable environment between ground commands . A 100 - fold improvement through advanced ...
As a relative indicator , the level of automation is measured by the different elementary functions the spacecraft can perform in an unpredictable environment between ground commands . A 100 - fold improvement through advanced ...
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activities analysis applications areas Artificial Intelligence associated automated automatic become behavior called complex computer science concerned construction cost decisions defined described devices direct discussion domain elements engineering environment example existing experience exploration expressions field Figure function given goal Group heuristic human important improvement increase interest knowledge language learning limited machine intelligence manipulators mathematical means mechanisms memory methods mission NASA nature Newell objects operations pattern performance planning position possible present problem problem solving procedure processing produce Project properties psychology reasoning represent robot rules selected sequences Simon simple simplex method solution solving space spacecraft specific Stanford statement step structure Study success symbolic task techniques theorem theory tion understanding University
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. Office of Aeronautics and Space Technology |
| Publisher | U.S. Government Printing Office, 1980 |
| Original from | University of Illinois at Urbana-Champaign |
| Digitized | 19 Apr 2011 |
| Length | 400 pages |
| Export Citation | BiBTeX EndNote RefMan |