Machine Intelligence and Robotics: Report of the NASA Study Group : Final Report |
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Page 331
... National Science Foundation Office of Aeronautics and Space Technology , NASA optical character recognition orbiter orbital transfer vehicle payload operations computing cycle network research and development spacecraft n NASA NBS ...
... National Science Foundation Office of Aeronautics and Space Technology , NASA optical character recognition orbiter orbital transfer vehicle payload operations computing cycle network research and development spacecraft n NASA NBS ...
Page 334
Spacecraft Computer Technology 19 5. Computer Systems Technology 20 6. Software Technology 20 7 . Data Management Systems Technology 21 8 . Man - Machine Systems Technology 21 9. Digital Communication Technology 21 Appendix on Relevant ...
Spacecraft Computer Technology 19 5. Computer Systems Technology 20 6. Software Technology 20 7 . Data Management Systems Technology 21 8 . Man - Machine Systems Technology 21 9. Digital Communication Technology 21 Appendix on Relevant ...
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E - 1 F. Remarks on the relationship between artificial intelligence and cognitive psychology Allen Newell F.1 Figures 3-1 Trend of mission ground operations costs 7 3-2 8 Trend of spacecraft automation ... Trend of cost to generate ...
E - 1 F. Remarks on the relationship between artificial intelligence and cognitive psychology Allen Newell F.1 Figures 3-1 Trend of mission ground operations costs 7 3-2 8 Trend of spacecraft automation ... Trend of cost to generate ...
Page 344
The cost of ground operations of spacecraft missions and the number of operations per command uplinked from ground to spacecraft are increasing dramatically ( Figures 3-1 and 3-2 ) . Further development of automation can , at the same ...
The cost of ground operations of spacecraft missions and the number of operations per command uplinked from ground to spacecraft are increasing dramatically ( Figures 3-1 and 3-2 ) . Further development of automation can , at the same ...
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Trend of spacecraft automation . 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 .
Trend of spacecraft automation . 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 .
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