Transformers | Basics of Transformers I/O

AssemblyAI · Beginner ·🧠 Large Language Models ·4y ago

Key Takeaways

This video covers the basics of Transformers I/O, including input embeddings, positional encodings, and output linear and softmax layers.

Full Transcript

we also have the inputs and the outputs so all the inputs that go in either the encoder or the decoder are embedded embeddings are a way to represent these words in a n length vector and on top of these word embeddings we are adding positional encodings transformers do not have any recurrence so the model has no way of understanding which word comes first and the other one comes second or which word comes where in the sentence so by adding a positional encoding you are adding some information with each word that tells the modal where this word in the sentence comes in and lastly for the output we have a linear layer and a softmax layer at the end of the decoders so the output of the decoders can be transformed into something that we can understand and basically what they turn into is a vector that has the length of the amount of words that we have in our vocabulary and each of these cells tells us how likely it is that this word in this cell is going to be the next word in our sequence

Original Description

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This video teaches the basics of Transformers I/O, covering how inputs are embedded and positioned, and how outputs are generated through linear and softmax layers. Understanding these concepts is crucial for building and working with Transformer models. By following this lesson, viewers can gain a solid foundation in Transformer architecture and apply it to their own projects.

Key Takeaways
  1. Embed input words into n-length vectors using word embeddings
  2. Add positional encodings to input embeddings to preserve word order
  3. Configure the encoder and decoder components of the Transformer model
  4. Implement a linear layer and softmax layer at the output of the decoder
  5. Train the model to predict the next word in a sequence
💡 Positional encodings are essential in Transformer models as they allow the model to understand the order of words in a sentence, despite the lack of recurrence.

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