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 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 22 22 Appendix on ...
Spacecraft Computer Technology 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 22 22 Appendix on ...
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8 3-5 Trend of function ( decision ) allocation between humans and spacecraft .. 8 4-1 Galileo spacecraft navigates between Jupiter and Galilean satellites in rendering . 10 4-2 Mars surface robot will operate for 2 years and travel ...
8 3-5 Trend of function ( decision ) allocation between humans and spacecraft .. 8 4-1 Galileo spacecraft navigates between Jupiter and Galilean satellites in rendering . 10 4-2 Mars surface robot will operate for 2 years and travel ...
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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