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Computational Scale and Recent Deep Learning Gains
Computational scale is one of the main reasons modern deep learning has improved so quickly, because larger computing capacity made it feasible to train neural networks big enough to benefit from very large datasets.
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Computational Scale and Recent Deep Learning Gains
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Tiny Training Sets Make Feature Design Crucial
Which pair best explains the main forces behind recent deep learning gains?
True or False: Most neural-network ideas were invented only in the last ten years.
Recent progress has been driven by more data and more _____.
Match the main forces behind progress in deep learning to their descriptions.
Arrange the explanation for why deep learning has accelerated recently.
Why long-standing deep learning ideas became effective recently
Explain why two models improve differently as a dataset expands.
Why can expert-crafted features help when labeled data is limited?
Which statement best describes why older deep learning ideas became influential later?
Two major forces behind recent deep learning gains
Learn After
What is the main purpose of increased computational scale in deep learning?
A small gap between training error and training-dev error suggests the model generalizes similarly to unseen data from the same distribution.
Why larger compute can improve deep learning
Match each term to its role in explaining why larger compute can accelerate deep learning gains.
Put the steps in order: why more compute can improve deep learning results
When did it become practical to train neural networks large enough to benefit from very large datasets?
Computing power by itself is enough to explain recent deep learning progress.
Neural Network Size and Data
Match each development factor with the limitation it removes in modern deep learning.
Order the actions a practitioner would take when trying to use compute to benefit from a very large dataset.
How More Compute Helps When Training on Very Large Datasets
Choosing Model and Compute Capacity for a Very Large Dataset
Why More Compute Helps Deep Learning Use Large Data