Machine Intelligence and Robotics: Report of the NASA Study Group : Final Report |
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Page 335
... Figures 3-1 Trend of mission ground operations costs 3-2 Trend of spacecraft automation 3-3 Trend of cost to generate ground commands 3-4 Trend of cost per mission operation 7 8 8 8 3-5 Trend of function ( decision ) allocation between ...
... Figures 3-1 Trend of mission ground operations costs 3-2 Trend of spacecraft automation 3-3 Trend of cost to generate ground commands 3-4 Trend of cost per mission operation 7 8 8 8 3-5 Trend of function ( decision ) allocation between ...
Page 344
... Figure 3-5 . There are many simple or repetitive tasks which existing machine intelligence technology is fully capable of dealing with more reliably and less expensively than if human beings were in the loop . This , in turn , frees ...
... Figure 3-5 . There are many simple or repetitive tasks which existing machine intelligence technology is fully capable of dealing with more reliably and less expensively than if human beings were in the loop . This , in turn , frees ...
Page 345
... Figure 3-2 . 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 . A 100 ...
... Figure 3-2 . 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 . A 100 ...
Page 347
... Figure 4-2 . Mars surface robot will operate for 2 years and travel about 1000 km performing experiments automatically and send- ing the scientific information back to Earth . Figure 4-1 . Galileo spacecraft navigates between Jupiter ...
... Figure 4-2 . Mars surface robot will operate for 2 years and travel about 1000 km performing experiments automatically and send- ing the scientific information back to Earth . Figure 4-1 . Galileo spacecraft navigates between Jupiter ...
Page 349
... ( Figure 4-4 ) , the data are currently sent to the ground , where they are processed , reduced , annotated , analy- zed , and distributed to the user . This process requires up to 3 months for a fully processed satellite image and costs ...
... ( Figure 4-4 ) , the data are currently sent to the ground , where they are processed , reduced , annotated , analy- zed , and distributed to the user . This process requires up to 3 months for a fully processed satellite image and costs ...
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algorithms Allen Newell analysis applications areas Artificial Intelligence automated base basic behavior Chart chess complex computer science concepts Conf construction DENDRAL domain element engineering example experience Feigenbaum Feldman Figure function GAME generate-and-test goal H. A. Simon heuristic programming heuristic search human hypotheses ill-structured problems inference Information Processing input intelligence and robotics INTERLISP knowledge logic Logic Theorist machine intelligence manipulators mathematical mechanisms Memo memory methods Michie Minsky mission operations MYCIN NASA NASA's Natural Language Newell ORGANISM-1 Papers 3d Intl pattern recognition performance problem solving problem space problem statement Proc procedure Project Project MAC PSYC psychology representation rover rules Semantic sensors sequence Simon simplex method Slagle solution solver spacecraft Stanford Research Institute Stanford Univ structure Study Group symbolic task Tech techniques TEIRESIAS teleoperator theorem proving theory tion variables York