quiz bu lëkkale ak tegtal · Diggante Niveau

Jàngale Taux Programming Quiz

Saytu tàngoor wi, cosinus ak oraaru jéego yi, tàmbaliwaat jeffin, teela ñàkka dal ak rëset bi ñuy faral di def ci tàngoor-ba noppi-yaxx.

Yooni njiit yu jëm ciJamonoy Njàngale
Laaj 1 de 8

Lan mooy njariñu wàllu 'warmup' ci kalendriye tolluwaayu jàng?

Xoolaatal laaj bu nekk8 laaj

Sooy def quiz bi, tontu yi ak leeral yi dañuy feeñ.

  1. Lan mooy njariñu wàllu 'warmup' ci kalendriye tolluwaayu jàng?
    • Tambali ci njëg bu ndaw ba noppi yokk, moytu ñàkka dal ci degrade yu teela am bruit
    • Ngir wàññi njubte gi mujj
    • Ngir teggi yenn done yu njëkk yi
    • ngir gelé poids yépp ci ndoorte li
  2. Ban kalendriye mooy topp courbe demi-cosine bi wàcci dem ci njëg bi gëna ndaw?
    • Oràŋ bu sax
    • Cosinus
    • Oraire aleatoire
    • Yokkateg ligneer
  3. Lan mooy xew sudee dañu yéeg lool ci ni ñuy jàngee?
    • Taggat yaram dafay boole ci saasi ak jaar yoon
    • Model bi dafay tàggat ndànk waaye saa yu nekk dafay am ndam
    • Perte bi mën na diverge wala osciller ci barabu wàññeeku
    • Dara soppeekuwul; njëg bi amul benn njariñ
  4. Lan la step decay di def ci ni ñuy jàngee?
    • Yokk ko lineairement ci lote bu nekk
    • Dafay wéy di nekk
    • Dafa koy def ci jéego bu nekk
    • Dafa koy wàcce ci facteur fixe ci jamono yuñ tànn bu njëkk
  5. What does a warm restart do to a learning-rate schedule?
    • It raises the learning rate again to begin another schedule cycle
    • It resets the model parameters to random values
    • It permanently fixes the learning rate at zero
    • It deletes the optimizer’s moment estimates
  6. In Goyal et al.’s large-minibatch ImageNet setup, what did their warmup scheme address?
    • It removed the need for a validation set
    • It eased early optimization difficulties after the learning-rate scale increased with batch size
    • It changed the model architecture after each epoch
    • It converted the learning-rate curve into a cosine wave
  7. In the cosine formula, what does T denote?
    • The number of model layers
    • Dayo lote bi
    • The schedule horizon or total number of steps used for the decay
    • The optimizer’s momentum coefficient
  8. If the cosine schedule uses lr_min greater than zero, where does the rate approach at the end of the horizon?
    • Exactly zero regardless of lr_min
    • The original warmup starting rate
    • An unbounded value
    • The specified minimum learning rate