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Choose a variance remedy when model computation is not a constraint.
Case context: A learning algorithm has high variance. The team is considering removing layers to make the model smaller, but computational cost is not a concern.
Question: What should the team consider doing instead, and why?
Sample answer: The team should consider adding regularization instead of decreasing the model size. Although a smaller model can reduce variance, the source advises caution and states that regularization usually gives better classification performance when computational cost is not the concern. The team should also recognize that regularization may increase bias.
Key points:
- Recommend adding regularization.
- Decreasing model size should be used cautiously.
- Computational cost is not the concern.
- Regularization usually gives better classification performance.
- Regularization reduces variance but can increase bias.
Rubric: Full credit requires recommending regularization, explaining its classification-performance advantage over reducing model size in this situation, and acknowledging its possible increase in bias.
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References
Machine Learning Yearning (Deeplearning.ai)
Machine Learning Yearning (Deeplearning.ai)
Machine Learning Yearning (Deeplearning.ai)
Machine Learning Yearning (Deeplearning.ai)
Machine Learning Yearning (Deeplearning.ai)
Machine Learning Yearning (Deeplearning.ai)
Machine Learning Yearning (Deeplearning.ai)
Machine Learning Yearning (Deeplearning.ai)
Machine Learning Yearning (Deeplearning.ai)
Machine Learning Yearning (Deeplearning.ai)
Machine Learning Yearning (Deeplearning.ai)
Machine Learning Yearning (Deeplearning.ai)
Machine Learning Yearning (Deeplearning.ai)
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Machine Learning
Deep Learning
Supervised Learning
Dive into Deep Learning @ D2L
Data Science
Machine Learning Strategy
Machine Learning Yearning @ DeepLearning.AI
Related
Adding Regularization to Reduce Variance
Early Stopping to Reduce Variance
Feature Selection for Variance Reduction
Decreasing Model Size as a Variance Remedy
Which technique is described as the simplest and most reliable way to address high variance?
Adding regularization can reduce variance while increasing bias.
Stopping gradient descent early based on _____ error can reduce variance.
Match each variance-reduction technique with its defining consideration.
Order the reasoning process for choosing a remedy for a high-variance algorithm.
Explain why decreasing model size should be used cautiously as a remedy for high variance.
Choose a variance remedy when model computation is not a constraint.
How can error analysis guide changes to input features when addressing variance?
Which action correctly applies early stopping to a high-variance learning algorithm?
Feature selection is guaranteed to reduce variance without affecting bias.