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  • Generating Sequence Representations with a Pre-trained Encoder

Formula

Equation for Generating Sequence Representations

The process of using a pre-trained encoder with optimal parameters θ^\hat{\theta}θ^ to generate a numerical representation H\mathbf{H}H from an input sequence x\mathbf{x}x is expressed by the following equation: H=Encodeθ^(x)\mathbf{H} = \text{Encode}_{\hat{\theta}}(\mathbf{x})H=Encodeθ^​(x)

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Updated 2026-06-29

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Google
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References


  • Reference of Foundations of Large Language Models Course

  • Reference of Foundations of Large Language Models Course

Tags

Ch.1 Pre-training - Foundations of Large Language Models

Foundations of Large Language Models

Foundations of Large Language Models Course

Computing Sciences

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  • Contextual Representation Analysis

  • Consider a pre-trained sequence encoding model that generates a numerical representation H = {h_0, h_1, ..., h_m} for an input sequence of tokens x = {x_0, x_1, ..., x_m}. The vector h_i representing the token x_i will be the same regardless of the other tokens that appear alongside it in the input sequence.

Learn After
  • A data scientist is working with a language model that has already been fully trained on a massive text corpus, and its internal configuration is now fixed. The scientist's goal is to take a new sentence, represented by the variable x\mathbf{x}x, and use this finalized model to convert it into a matrix of numerical vectors, represented by the variable H\mathbf{H}H. Which of the following equations correctly represents this specific operation?

  • The equation H=Encodeθ^(x)\mathbf{H} = \text{Encode}_{\hat{\theta}}(\mathbf{x})H=Encodeθ^​(x) describes how a pre-trained model generates a numerical representation from an input sequence. Match each symbol from the equation to its correct description.

  • Troubleshooting a Sequence Encoder

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