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In the context of Transformer architecture, how does self-attention enhance the process of transfer learning?

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Choose the Best Answer

A

It allows the model to assign different weights to different input elements based on their relevance.

B

It reduces the size of the model by simplifying the architecture.

C

It increases the number of training epochs required for fine-tuning.

D

It limits the model's ability to generalize to new tasks.

Understanding the Answer

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Answer

Self‑attention lets every token look at every other token in a sentence, so the model learns rich, context‑aware representations that capture long‑range dependencies. When a Transformer is pretrained on a huge corpus, these attention patterns encode general language knowledge, which can be reused for new tasks. During fine‑tuning, the same attention weights can be adapted with only a few extra training steps, because the model already knows how to combine information from distant tokens. For example, a language model pretrained with self‑attention can be fine‑tuned to classify sentiment with minimal data, because the attention layers already understand how words relate across the whole text. Thus, self‑attention provides a flexible, reusable feature extractor that speeds up and improves transfer learning.

Detailed Explanation

Self‑attention lets each word look at every other word and decide how important each one is. Other options are incorrect because Some people think self‑attention shrinks the model, but it actually adds more calculations; It is easy to imagine that more attention means more training time, but the opposite is true.

Key Concepts

Self-Attention
Transfer Learning
Topic

Transformer Architecture

Difficulty

medium level question

Cognitive Level

understand

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