But wait, what are LLMs?
Think of LLM as a super-smart computer friend that understands
and talks like a human, helping us with all sorts of tasks using language.
Developing an LLM model may seem complex, but let's break down the steps.
Gather a large amount of data from various sources like books, articles, websites, and conversations to train the model.
Model Training
This is where the magic happens.
Model training teaches AI to predict and perform tasks.
An LLM uses a neural network architecture which acts as
a virtual brain, learning language by
recognizing word patterns and relationships.
It has 3 building blocks:
Input node: provides data to model
Function node: processes data
Output node: generates result
We can use the linear regression for input processing. It helps us find patterns and make predictions from data.
As anticipated, this model is generating predictions (yellow line) based on the input data.
We'll transition to logistic regression by substituting the function
node.
Now, observe how the model's output (depicted by the decision region background) adapts to the new
approach.
Neural networks link artificial neurons, creating depth and width for optimal performance and function.
Fine Tuning & Testing
Post training, the LLM is fine-tuned and tested
for improving model's performance.
Through testing and fine-tuning, an LLM learns to create meaningful text, akin to coherent teaching.
LLMs excel in language translation through testing, connecting elements to generate accurate, coherent translated text.
LLMs develop proficiency question answering through testing, connecting elements to provide accurate, coherent contextual answers.
Through testing and fine-tuning, LLMs excel in summarization, connecting elements for coherent and accurate summaries.