What is RAG? 🤖📚
RAG stands for Retrieval-Augmented Generation.
It’s a technique where an AI model first retrieves relevant info (like from documents or a database), and then generates an answer using that info.
🧠 Think of it like this:
Instead of relying only on what it "knows", the model looks things up first - just like you would Google something before replying.
🔍 Retrieval + 📝 Generation = Smarter, up-to-date answers!
RAG stands for Retrieval-Augmented Generation.
It’s a technique where an AI model first retrieves relevant info (like from documents or a database), and then generates an answer using that info.
🧠 Think of it like this:
Instead of relying only on what it "knows", the model looks things up first - just like you would Google something before replying.
🔍 Retrieval + 📝 Generation = Smarter, up-to-date answers!
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Dropout Explained Simply
Neural networks are notorious for overfitting ( they memorize training data instead of generalizing).
One of the simplest yet most powerful solutions? Dropout.
During training, dropout randomly “drops” a percentage of neurons ( 20–50%). Those neurons temporarily go offline, meaning their activations aren’t passed forward and their weights aren’t updated in that round.
👉 What this does:
✔️ Forces the network to avoid relying on any single path.
✔️ Creates redundancy → multiple neurons learn useful features.
✔️ Makes the model more robust and less sensitive to noise.
When testing happens, dropout is turned off, and all neurons fire but now they collectively represent stronger, generalized patterns.
Imagine dropout like training with handicaps. It’s as if your brain had random “short blackouts” while studying, forcing you to truly understand instead of memorizing.
And that’s why dropout remains a go-to regularization technique in deep learning and even in advanced architectures.
Neural networks are notorious for overfitting ( they memorize training data instead of generalizing).
One of the simplest yet most powerful solutions? Dropout.
During training, dropout randomly “drops” a percentage of neurons ( 20–50%). Those neurons temporarily go offline, meaning their activations aren’t passed forward and their weights aren’t updated in that round.
👉 What this does:
✔️ Forces the network to avoid relying on any single path.
✔️ Creates redundancy → multiple neurons learn useful features.
✔️ Makes the model more robust and less sensitive to noise.
When testing happens, dropout is turned off, and all neurons fire but now they collectively represent stronger, generalized patterns.
Imagine dropout like training with handicaps. It’s as if your brain had random “short blackouts” while studying, forcing you to truly understand instead of memorizing.
And that’s why dropout remains a go-to regularization technique in deep learning and even in advanced architectures.
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📚 Data Science Riddle
Which algorithm groups data into clusters without labels?
Which algorithm groups data into clusters without labels?
Anonymous Quiz
12%
Decision Tree
13%
Linear Regression
65%
K-Means
10%
Naive Bayes
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📚 Data Science Riddle
In PCA, what do eigenvectors represent?
In PCA, what do eigenvectors represent?
Anonymous Quiz
40%
Directions of maximum variance
39%
Amount of variance captured
11%
Data reconstruction error
10%
Orthogonality of inputs
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