If you want to understand AI not through "vacuum" courses, but through real open-source projects - here's a top list of repos that really lead you from the basics to practice:
1) Karpathy β Neural Networks: Zero to Hero
The most understandable introduction to neural networks and backprop "in layman's terms"
https://github.com/karpathy/nn-zero-to-hero
2) Hugging Face Transformers
The main library of modern NLP/LLM: models, tokenizers, fine-tuning
https://github.com/huggingface/transformers
3) FastAI β Fastbook
Practical DL training through projects and experiments
https://github.com/fastai/fastbook
4) Made With ML
ML as an engineering system: pipelines, production, deployment, monitoring
https://github.com/GokuMohandas/Made-With-ML
5) Machine Learning System Design (Chip Huyen)
How to build ML systems in real business: data, metrics, infrastructure
https://github.com/chiphuyen/machine-learning-systems-design
6) Awesome Generative AI Guide
A collection of materials on GenAI: from basics to practice
https://github.com/aishwaryanr/awesome-generative-ai-guide
7) Dive into Deep Learning (D2L)
One of the best books on DL + code + assignments
https://github.com/d2l-ai/d2l-en
Save it for yourself - this is a base on which you can really grow into an ML/LLM engineer.
#Python #datascience #DataAnalysis #MachineLearning #AI #DeepLearning #LLMS
https://xn--r1a.website/CodeProgrammer
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π A fresh deep learning course from MIT is now publicly available
A full-fledged educational course has been published on the university's website: 24 lectures, practical assignments, homework, and a collection of materials for self-study.
The program includes modern neural network architectures, generative models, transformers, inference, and other key topics.
β‘οΈ Link to the course
tags: #Python #DataScience #DeepLearning #AI
A full-fledged educational course has been published on the university's website: 24 lectures, practical assignments, homework, and a collection of materials for self-study.
The program includes modern neural network architectures, generative models, transformers, inference, and other key topics.
β‘οΈ Link to the course
tags: #Python #DataScience #DeepLearning #AI
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How a CNN sees images simplified π§
1. Input β Image breaks into pixels (RGB numbers)
2. Feature Extraction
Β· Convolution β Detects edges/patterns
Β· ReLU β Kills negatives, adds non-linearity
Β· Pooling β Shrinks data, keeps what matters
3. Fully Connected β Flattens features into meaning
4. Output β Probability scores: Cat? Dog? Car?
Why powerful: Learns hierarchically β edges β shapes β objects
Pixels to predictions. That's it. π
#DeepLearning #CNN #ComputerVision #AI
https://xn--r1a.website/CodeProgrammer
1. Input β Image breaks into pixels (RGB numbers)
2. Feature Extraction
Β· Convolution β Detects edges/patterns
Β· ReLU β Kills negatives, adds non-linearity
Β· Pooling β Shrinks data, keeps what matters
3. Fully Connected β Flattens features into meaning
4. Output β Probability scores: Cat? Dog? Car?
Why powerful: Learns hierarchically β edges β shapes β objects
Pixels to predictions. That's it. π
#DeepLearning #CNN #ComputerVision #AI
https://xn--r1a.website/CodeProgrammer
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Stop asking "CNN or VLM?" β the answer is both. π€
Everyone's talking about Vision Language Models replacing traditional computer vision. π’
Here's the reality: they're not replacing anything. They're expanding what's possible. π
CNNs are excellent at precise perception β detecting, localizing, classifying fixed objects at high speed and low cost. π―
Vision Language Models are better at interpretation β answering open-ended questions about a scene that you can't define as fixed labels in advance. π§
The smartest production systems combine both:
β A lightweight CNN runs first (fast, cheap) β‘οΈ
β A VLM handles the complex reasoning (flexible, expensive) π
This is the difference between giving machines eyes π vs giving them the ability to talk about what they see. π£
Dr. Satya Mallick breaks it down in under 2 minutes. π
#ComputerVision #AI #MachineLearning #VisionLanguageModel #DeepLearning #OpenCV #AIEngineering
https://xn--r1a.website/CodeProgrammerβ
Everyone's talking about Vision Language Models replacing traditional computer vision. π’
Here's the reality: they're not replacing anything. They're expanding what's possible. π
CNNs are excellent at precise perception β detecting, localizing, classifying fixed objects at high speed and low cost. π―
Vision Language Models are better at interpretation β answering open-ended questions about a scene that you can't define as fixed labels in advance. π§
The smartest production systems combine both:
β A lightweight CNN runs first (fast, cheap) β‘οΈ
β A VLM handles the complex reasoning (flexible, expensive) π
This is the difference between giving machines eyes π vs giving them the ability to talk about what they see. π£
Dr. Satya Mallick breaks it down in under 2 minutes. π
#ComputerVision #AI #MachineLearning #VisionLanguageModel #DeepLearning #OpenCV #AIEngineering
https://xn--r1a.website/CodeProgrammer
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π Demystifying Activation Functions! π§ β¨
Ever wondered why activation functions are so critical in neural networks? π€π€
Theyβre the secret sauce that allows models to capture complex, nonlinear relationships! π₯π
Do you want to learn how to implement an artificial neural network from scratch in Python using NumPy? ππ
Learn more in super-detailed guide: https://lnkd.in/e4CydTtB ππ
#NeuralNetworks #DeepLearning #ActivationFunctions #Python #NumPy #AI
Ever wondered why activation functions are so critical in neural networks? π€π€
Theyβre the secret sauce that allows models to capture complex, nonlinear relationships! π₯π
Do you want to learn how to implement an artificial neural network from scratch in Python using NumPy? ππ
Learn more in super-detailed guide: https://lnkd.in/e4CydTtB ππ
#NeuralNetworks #DeepLearning #ActivationFunctions #Python #NumPy #AI
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