Guide-linked quiz · Medium Level

Label Smoothing Quiz

Covers smoothed targets and epsilon, task-dependent calibration effects, distillation tradeoffs, and why results depend on the data and objective.

Related guide pathsLabel Smoothing
Question 1 of 8

What does label smoothing change about training targets?

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  1. What does label smoothing change about training targets?
    • It softens one-hot targets so the true class is below 1.0 and others are slightly above 0
    • It removes the loss function
    • It deletes incorrect classes
    • It doubles the learning rate
  2. A common value for the smoothing parameter epsilon is:
    • 0.9
    • 0.1
    • 5.0
    • 0.0
  3. What is one intended effect of replacing hard one-hot targets with smoothed targets?
    • Force every class to have equal probability
    • Guarantee the largest possible logit for the true class
    • Avoid requiring the labeled class to receive a target probability of exactly one
    • Remove the need for labeled training data
  4. Which landmark architectures are prominent examples of label-smoothing use?
    • AlexNet and LeNet only
    • ResNet-50 and VGG only
    • AlphaGo and AlphaZero
    • Inception-v3 and the Transformer
  5. What can label smoothing do to calibration?
    • It can improve calibration in some settings, but the effect is task- and model-dependent
    • It guarantees perfect calibration for every classifier
    • It cannot affect predicted probabilities
    • It always makes confidence equal accuracy
  6. What is a documented downside of label smoothing?
    • It always reduces accuracy
    • It can erase fine between-class similarity, hurting knowledge distillation
    • It requires twice the training data
    • It only works on text
  7. Why can label smoothing complicate knowledge distillation?
    • It converts every class label into an image
    • It forces the student to use a different tokenizer
    • It can remove information in logits about similarities among incorrect classes
    • It prevents the teacher from producing logits
  8. What should a practitioner verify when comparing label-smoothing implementations?
    • Whether the model has a web browser
    • Whether training uses a validation filename
    • Whether logits are stored as text
    • Whether epsilon is distributed over all classes or only the non-target classes

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