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Transformer Architecture
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How does the Transformer architecture enhance parallelization compared to traditional RNNs?

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Learning Path

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A

By using attention mechanisms that process all input tokens simultaneously

B

By reducing the number of layers in the network

C

By incorporating convolutional layers for better feature extraction

D

By sequentially processing tokens one at a time like RNNs do

Understanding the Answer

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Transformers use attention, a method that lets every word in a sentence talk to every other word at the same time. Other options are incorrect because Some think fewer layers would speed things up, but the number of layers mainly controls depth, not the speed of processing; Convolutional layers slide a small filter over the text, like looking at a tiny window at a time.

Key Concepts

Transformer Architecture
Attention Mechanisms
Parallel Processing
Topic

Transformer Architecture

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medium level question

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understand

Deep Dive: Transformer Architecture

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Definition
Definition

The Transformer is a network architecture based solely on attention mechanisms, eliminating the need for recurrent or convolutional layers. It connects encoder and decoder through attention, enabling parallelization and faster training. The model has shown superior performance in machine translation tasks.

Topic Definition

The Transformer is a network architecture based solely on attention mechanisms, eliminating the need for recurrent or convolutional layers. It connects encoder and decoder through attention, enabling parallelization and faster training. The model has shown superior performance in machine translation tasks.

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