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Transformer Architecture
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Which of the following statements best categorizes the advantages of the Transformer architecture compared to traditional RNNs in natural language processing tasks?

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Choose the Best Answer

A

Transformers can process sequences in parallel, allowing for faster training and improved efficiency.

B

Transformers rely on recurrent layers to capture long-term dependencies, similar to RNNs.

C

Transformers utilize convolutional layers to analyze local patterns in data.

D

Transformers require more computational resources than RNNs, making them less efficient.

Understanding the Answer

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Answer

Transformers use self‑attention, letting the model look at every word at once, so they can be trained in parallel and quickly handle sentences of any length. This ability lets them capture long‑range relationships that RNNs, which read one token at a time, often miss or blur. Because all tokens are processed together, Transformers train faster and scale better to large datasets. For example, a transformer can instantly compare the first and last words of a long paragraph, while an RNN would have to walk through every intermediate word to make that connection. As a result, transformers usually give higher accuracy and faster inference on NLP tasks.

Detailed Explanation

Transformers use self‑attention, which lets every word look at all other words at the same time. Other options are incorrect because Many people think Transformers use recurrent layers to remember past words, but they do not; Some believe Transformers use convolutional layers to find local patterns, but they do not.

Key Concepts

Transformer Architecture
Attention Mechanisms
Recurrent Neural Networks
Topic

Transformer Architecture

Difficulty

medium level question

Cognitive Level

understand

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