quiz bu lëkkale ak tegtal · Diggante Niveau
Quiz moyenne de poids stochastique
Saytu SWA diisaayu moyenne, jàng-taux jeffin, recalibration lots-normalisation ak ni benn model moyenne di wuutee ak ensemble.
Laaj 1 de 8
Lan mooy moyenne poids stochastic ci dëgg?
Xoolaatal laaj bu nekk8 laaj
Sooy def quiz bi, tontu yi ak leeral yi dañuy feeñ.
- Lan mooy moyenne poids stochastic ci dëgg?
- Diisaayu model bi ñu jël ci poñ yu bari ci diggu tàggat yaram
- Xalaatal yu bari ci xeetu model yuñ tàggat bu wuute
- degrade yi ñu xayma ci lote yu ndaw yépp
- Tolluwaayu jàng yi ñuy jëfandikoo ci jamono bu nekk
- Lan moo waral SWA di gëna suqali généralisasioŋ bi?
- Dafay gëna xam tàggat yaram bi
- Dafay gis minima yu gëna yaatu, gëna plat yu gëna dëgër ci done yuñu gisul
- Dafay yokk limu parametre yi ci model bi
- Dafay dindi soxla ensemble validation
- Ban jéego bu gëna am solo la SWA soxla ci reso yiy jëfandikoo normalisasioŋ ci lots?
- Taggaat reso bi ci noonu
- Ñaari yoon yokk dayo lote bi
- Beneen paas ngir xaymawaat lim yi BN di daw
- Di dindi bépp couche dropout
- Ban jeffin juy jàng mooy gëna bari luñu koy jëfandikoo ci wàllu moyenne SWA?
- Tolluwaayu jàng daa wàññeeku ba amul dara
- Njàngat bu benn ngir dakkal
- Amul benn njàng ndax dañu tëj tàggat yaram
- Tolluwaayu jàng bu sax wala buy wëréelu
- Lan mooy njëgu inference bu SWA buñu ko méngale ak ensemble bu cosaan bu N models?
- Lu tollu ci benn xeetu njëg la, ndax limuy génne mooy benn xeetu poid
- Dafa seer N yoon
- Dafay nuru ak daw model N
- Mënu ñu ko jëfandikoo ngir def ay tegtal
- Why does the batch-normalization adjustment belong after SWA weight averaging?
- The averaging step deletes every convolution
- Its running statistics must be recomputed for the averaged weights
- It converts batch normalization into layer normalization
- It restores the original optimizer learning rate
- An SWA running mean combines n previous samples with a new weight vector w_i. Which update gives equal weight to all n+1 samples?
- w_SWA + n · w_i
- (w_SWA + w_i) divided by n
- (n · w_SWA + w_i) divided by (n + 1)
- n · (w_SWA − w_i)
- Why is SWA commonly started during the later part of training?
- It requires the model to remain at random initialization
- It can only average models with different architectures
- It replaces the training data with validation examples
- It averages nearby useful checkpoints from a trajectory after the model has made substantial progress