가이드 연계 퀴즈 · 중간 레벨
Grokking 및 지연된 일반화 퀴즈
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질문 1 의 8
Which performance pattern characterizes the studied grokking phenomenon?
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- Which performance pattern characterizes the studied grokking phenomenon?
- Held-out accuracy must improve before any training example is learned
- Training accuracy can never become high
- Every model loses all training information at once
- Held-out generalization improves substantially after the training examples have already been fit
- Which tasks did the original grokking paper use as a controlled setting?
- Only large-scale photorealistic image generation
- Small algorithmically generated tasks such as modular arithmetic
- Only real-time online advertising auctions
- Only unlabelled random filenames
- Which regularization intervention was among those examined in the original grokking experiments?
- Weight decay
- Mandatory deletion of every activation function
- A proof that all test labels must be randomized
- Automatic enlargement of the vocabulary on every step
- What computation did the cited modular-addition mechanistic study identify in its trained small transformers?
- A universal rule for every large deployed model
- Only a table containing every held-out answer
- A Fourier-based algorithm using trigonometric relationships
- No identifiable structured computation
- Which phase ordering does Progress Measures for Grokking describe in the studied training dynamics?
- Cleanup, deletion of all data, then no computation
- Memorization, circuit formation, then cleanup
- Perfect held-out performance before any circuit formation
- A mandatory switch to image-only inputs
- 그로킹은 수련자들에게 어떤 실질적인 주의 사항을 제안합니까?
- 훈련 정확도가 100%에 도달하는 순간 항상 훈련을 중지하십시오.
- 유효성 검사 정확도는 관련이 없습니다.
- 초기 검증 정체기가 항상 모델 학습에 실패했음을 의미하는 것은 아닙니다.
- 정규화는 절대 사용하면 안 됩니다.
- For the modular-addition task, what is (6+5) modulo 7?
- 11
- 7
- 1
- 4
- What dataset-size trend did the original grokking paper report in its studied setups?
- Smaller training datasets required more optimization to reach generalization
- Smaller datasets always generalized immediately with no optimization
- Dataset size was never varied
- Every larger dataset prevented all training accuracy