Coding Position Encoding in Transformer Neural Networks

CodeEmporium · Beginner ·🧠 Large Language Models ·3y ago

Key Takeaways

This video demonstrates how to code positional encoding in Transformer neural networks, specifically focusing on the calculation of positional encoding vectors for input sequences. The code implementation is based on the Transformer architecture, utilizing parameters such as maximum sequence length and embedding dimension length.

Full Transcript

this is the code for positional encoding in Transformer neural networks Max sequence length is the maximum number of words in a sentence D model is the embedding Dimension length we create a vector of even numbers from 0 to D model for every one of these elements we will take 10 000 to the power of each element divided by the embedding Dimension length for every word in the sentence we will write out the integer position in a vector of number of words in the sentence cross one we then compute the even dimensions and the odd dimensions of the positional encoding using the parameters that we just created we'll stack them all together in order to get the final position and coding of the entire input sequence

Original Description

#deeplearning #machinelearning #chatgpt #shorts
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This video teaches how to code positional encoding in Transformer neural networks, which is essential for understanding how these models process sequential input data. By following the steps outlined in the video, viewers can implement positional encoding in their own Transformer-based models. The video provides a clear explanation of the mathematical calculations involved in positional encoding, making it accessible to beginners.

Key Takeaways
  1. Define the maximum sequence length and embedding dimension length
  2. Create a vector of even numbers from 0 to the embedding dimension length
  3. Calculate the power of 10,000 for each element in the vector
  4. Compute the even and odd dimensions of the positional encoding
  5. Stack the computed dimensions to get the final positional encoding vector
  6. Apply the positional encoding to the input sequence
💡 The positional encoding vector is calculated using the formula 10,000 to the power of each element in the vector, divided by the embedding dimension length, which allows the model to capture the sequential relationships between input elements.

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