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Transfer Öğrenme Testi
Önceden eğitilmiş parametrelerin yeniden kullanımını, sabit özellikleri, ince ayar oranlarını, görev benzerliğini, etki alanı farklılıklarını, görüntü katmanı özelliklerini, toplu normu ve derlemeyi test edin.
Soru 1 arasında 8
Which learned starting point can transfer learning reuse for a target task?
Her soruyu önizleyin8 sorular
Testi çözdüğünüzde cevaplar ve açıklamalar görünür.
- Which learned starting point can transfer learning reuse for a target task?
- Only the source dataset filename
- A requirement to erase all learned parameters
- A guarantee that the original output labels are the new labels
- Pretrained parameters or representations
- 'Özellik çıkarma' tarzı aktarım öğreniminde genellikle:
- Çoğu katmanı dondurun ve yalnızca yeni bir çıktı katmanını eğitin
- Tüm ağı yüksek bir öğrenme oranıyla yeniden eğitin
- Önceden eğitilmiş ağırlıkları atın
- Hiçbir sinir ağını kullanmayın
- Why does the illustrated fine-tuning workflow recommend a small learning rate for pretrained weights?
- To make the pretrained weights mathematically unable to change
- To guarantee that every target example is memorized
- To limit disruptive changes to the existing representation
- To replace the need for a target loss
- Which target setup can make fixed feature extraction worth comparing with other adaptation strategies?
- A task defined only by unrelated output filenames
- Limited target data with a task related to the source task
- A requirement to discard every pretrained representation
- A guarantee that the source task and target task must have identical labels
- What concern arises when the target input distribution differs from the source pretraining distribution?
- The reused representation may fit the target task poorly
- The model necessarily stops containing parameters
- All target examples become source training examples
- Every evaluation score must improve
- What did the cited image-network transfer study distinguish about features across layers?
- Every early feature transfers perfectly to every possible task
- Later layers contain only random unused numbers
- All network layers necessarily encode identical features
- Earlier features were often more general and later features more source-task specialized in its setup
- In the documented Keras fine-tuning workflow, why keep base-model BatchNormalization layers in inference mode?
- To make all pretrained weights update at the same rate
- To avoid disrupting their stored moving mean and variance statistics
- To replace the target task's output head
- To force new moving statistics from every target batch regardless of the workflow
- After changing layer trainable settings in the stated Keras workflow, what refreshes the compiled training configuration?
- Changing only an output filename
- Resetting all pretrained parameters to random values
- Recompiling the model
- Keeping the old compiled configuration without modification