Quiz: Core Concepts of Transfer Learning

1. Which of the following best describes transfer learning?

2. In transfer learning, what is the main benefit of reusing features from a source model?

3. Which scenario is most likely to benefit from transfer learning?

4. What is domain adaptation in the context of transfer learning?

5. What is a potential risk when applying transfer learning to very different domains?

Which of the following best describes transfer learning?

Select the correct answer

Using knowledge from one task to improve learning in a related task.

Training on unrelated domains.

Only using unsupervised learning methods.

Training a model from scratch on a new dataset.

In transfer learning, what is the main benefit of reusing features from a source model?

Select the correct answer

It eliminates the need for any training.

It reduces the need for large labeled datasets in the target domain.

It only works for text data.

It always guarantees perfect accuracy.

Which scenario is most likely to benefit from transfer learning?

Select the correct answer

Training on random noise.

Unrelated source and target domains.

Small labeled dataset for a complex, related task.

Large labeled dataset for a simple task.

What is domain adaptation in the context of transfer learning?

Select the correct answer

Training a model only on the source domain.

Ignoring the target domain.

Using only supervised learning.

Adapting a model to perform well on a new, related domain.

What is a potential risk when applying transfer learning to very different domains?

Select the correct answer

Negative transfer, where performance decreases.

Improved generalization

Faster convergence

More labeled data required

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Hvordan kan vi forbedre det?

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Sektion 1. Kapitel 5

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Quiz: Core Concepts of Transfer Learning

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1. Which of the following best describes transfer learning?

2. In transfer learning, what is the main benefit of reusing features from a source model?

3. Which scenario is most likely to benefit from transfer learning?

4. What is domain adaptation in the context of transfer learning?

5. What is a potential risk when applying transfer learning to very different domains?

Which of the following best describes transfer learning?

Select the correct answer

Using knowledge from one task to improve learning in a related task.

Training on unrelated domains.

Only using unsupervised learning methods.

Training a model from scratch on a new dataset.

In transfer learning, what is the main benefit of reusing features from a source model?

Select the correct answer

It eliminates the need for any training.

It reduces the need for large labeled datasets in the target domain.

It only works for text data.

It always guarantees perfect accuracy.

Which scenario is most likely to benefit from transfer learning?

Select the correct answer

Training on random noise.

Unrelated source and target domains.

Small labeled dataset for a complex, related task.

Large labeled dataset for a simple task.

What is domain adaptation in the context of transfer learning?

Select the correct answer

Training a model only on the source domain.

Ignoring the target domain.

Using only supervised learning.

Adapting a model to perform well on a new, related domain.

What is a potential risk when applying transfer learning to very different domains?

Select the correct answer

Negative transfer, where performance decreases.

Improved generalization

Faster convergence

More labeled data required

Var alt klart?

Hvordan kan vi forbedre det?

Tak for dine kommentarer!

Sektion 1. Kapitel 5