Machine Intelligence and Robotics: Report of the NASA Study Group : Final Report |
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Page 350
... ( Figure 3-1 ) are for a 3 - month mission . The planned Mars surface rover mission is expected to last 2 years , covering many new sites on the Mar- tian surface . Considering that this mission would be more complex and eight times as ...
... ( Figure 3-1 ) are for a 3 - month mission . The planned Mars surface rover mission is expected to last 2 years , covering many new sites on the Mar- tian surface . Considering that this mission would be more complex and eight times as ...
Page 351
... ( Figure 4-7 ) . Very large systems require heavy - lift launch vehicles which will bring bulk material to a construction platform ( Figure 4-8 ) , where the structural components are manufactured using specialized automated machines ...
... ( Figure 4-7 ) . Very large systems require heavy - lift launch vehicles which will bring bulk material to a construction platform ( Figure 4-8 ) , where the structural components are manufactured using specialized automated machines ...
Page 352
... Figure 4-9 . Space construction of large antenna systems with auto- mated tools , teleoperated manipulators , and free - flying robots . Figure 4-10 . Automated material processors on the lunar surface are serviced by robot vehicles ...
... Figure 4-9 . Space construction of large antenna systems with auto- mated tools , teleoperated manipulators , and free - flying robots . Figure 4-10 . Automated material processors on the lunar surface are serviced by robot vehicles ...
Page 353
... Figures 5-1 through 5-4 provide estimates of recent past and projected future devel- opments . By such criteria as memory storage , power effi- ciency , size and cost , the figures of merit of computer systems have been doubling ...
... Figures 5-1 through 5-4 provide estimates of recent past and projected future devel- opments . By such criteria as memory storage , power effi- ciency , size and cost , the figures of merit of computer systems have been doubling ...
Page 354
... Figure 5-1 . Data storage technology . The storage capacity is doubling every 1-1 / 2 years , whereas the cost of random access memory is halving every 2-1 / 2 years . In 1960 , the equivalent of 1 m3 stored a 15 - page pamphlet ; in ...
... Figure 5-1 . Data storage technology . The storage capacity is doubling every 1-1 / 2 years , whereas the cost of random access memory is halving every 2-1 / 2 years . In 1960 , the equivalent of 1 m3 stored a 15 - page pamphlet ; in ...
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algorithms Allen Newell analysis applications areas Artificial Intelligence automated basic behavior capabilities centers chess complex computer science computer systems concept Conf construction cost DENDRAL devices discussion domain elements engineering environment example existing experience exploration Feigenbaum Figure functions GAME goal hardware heuristic programming heuristic search human hypotheses ill-structured problems inference information processing input intelligence and robotics interaction knowledge logic machine intelligence man-machine systems manipulators Marvin Minsky mathematical mechanisms memory ment methods Minsky mission operations MYCIN NASA NASA's Natural Language Newell Papers 3d Intl pattern recognition performance planetary planning problem solving problem space problem statement Proc procedure processor Project Project MAC PSYC psychology representation rover rules sensors sequence Simon simplex method solution solver space missions spacecraft specific Stanford Research Institute Stanford Univ structure Study Group subproblems symbolic task Tech techniques TEIRESIAS teleoperator theory tion