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Retrieved on: 2018-03-16 20:33:45
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<div>For the study, published in the journal Icarus, the team first trained the convolutional <b>neural network</b> on a dataset covering two-thirds of the moon. They then tested the <b>neural network</b> on the remaining third of the moon. The results yield 92 percent of craters from human-generated test sets and almost ...</div>
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