📚 Learning Guide
Sequence Transduction Models
hard

In sequence transduction models, the process of transforming input sequences into output sequences is primarily achieved through _______ mechanisms, which allow the model to weigh the importance of different parts of the input when generating each part of the output.

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A

RNN

B

Attention

C

Convolution

D

Pooling

Understanding the Answer

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Answer

In sequence transduction models, the transformation from input to output is mainly carried out by attention mechanisms, which let the model assign different weights to each part of the input when producing each output token. Attention works by comparing the current output step with all input tokens and computing a score that reflects relevance. These scores are turned into a probability distribution, so the model can focus more on the most useful parts of the input. For example, when translating the sentence “I love Paris” to French, the attention mechanism will give higher weight to “Paris” when generating the French word “Paris” and to “I love” when generating “J’aime”. This selective weighing improves accuracy and efficiency in translating or generating sequences.

Detailed Explanation

Attention lets the model look at all parts of the input at once. Other options are incorrect because Many think a simple RNN can handle all dependencies; Convolution is great for images, not for sequences.

Key Concepts

Sequence Transduction Models
Attention Mechanisms
Neural Networks
Topic

Sequence Transduction Models

Difficulty

hard level question

Cognitive Level

understand

Practice Similar Questions

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In sequence transduction models, the process of transforming input sequences into output sequences is primarily achieved through _______ mechanisms, which allow the model to weigh the importance of different parts of the input when generating each part of the output.

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What is the correct sequence of steps in the process of using a sequence transduction model for translating input sequences into output sequences?

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What is the primary reason that sequence transduction models have improved performance in translating input sequences into output sequences?

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