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BYOL dan Kuis Pengawasan Diri Non-Kontrastif
Menguji cabang online dan target BYOL, tampilan tambahan, prediksi, pembaruan rata-rata bergerak, dan pembelajaran representasi bebas label.
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What makes BYOL non-contrastive?
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- What makes BYOL non-contrastive?
- It trains only with class labels
- It learns without using negative image pairs
- It does not use image augmentations
- It compares each image with every other image
- What are BYOL’s two networks called?
- Online and target networks
- Encoder and classifier only
- Teacher and discriminator
- Query and key databases
- What does the online network learn to predict?
- The image’s human class label
- A negative pair’s representation
- The target network’s raw pixel values only
- The target network’s representation of another augmented view of the same image
- How are target-network weights updated?
- By ordinary gradient descent on the same loss
- They remain random and frozen forever
- By a slow-moving exponential average of online weights
- By copying the classifier head each batch
- Why does BYOL use an online predictor and stop-gradient on the target side?
- They create an asymmetric learning setup that helps avoid representation collapse
- They add negative examples
- They turn the task into supervised classification
- They make the target receive the same gradient
- What happens to two views of the same image in BYOL?
- They are assigned different class labels
- They are encoded in the two networks and used to align learned representations
- They are compared only to unrelated images
- They are discarded after augmentation
- Does BYOL require human class labels during its representation pretraining?
- Yes, every view needs a class label
- Only the target branch is labeled
- No; it is a self-supervised image-representation method
- It needs labels for negative pairs
- What is a fair interpretation of BYOL’s benchmark results?
- They prove labels are never useful
- They guarantee superiority on all datasets
- They show that all non-contrastive methods work identically
- They demonstrate performance on specified evaluations, not a guarantee for every task