Machine Learning pinned «Create your own AI assistant for free in 5 minutes. It's a familiar problem: everyone wants a personal AI assistant, but building one from scratch usually means servers, API keys, integrations, maintenance, and a ton of technical overhead. Amplify takes…»
Diving deep into Deep Learning, Reinforcement Learning, Machine Learning, Computer Vision, and NLP. 🤖🧠
Lectures: 🎓📚
https://github.com/kmario23/deep-learning-drizzle
#DeepLearning #MachineLearning #AI #ReinforcementLearning #ComputerVision #NLP
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Lectures: 🎓📚
https://github.com/kmario23/deep-learning-drizzle
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This repository contains a collection of the best resources on PyTorch: https://github.com/ritchieng/the-incredible-pytorch
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Forwarded from Machine Learning with Python
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Hugging Face Viewer is now at 2300 viewable models! 😊 Would love more feedback and ideas!
It's a free interactive graph visualizer for learning about the architectures of open source AI models! 🚀
Hovering nodes in the graph links to a definitions + animation and the paper that introduced it!
🌟 hfviewer.com
#HuggingFace #AI #MachineLearning #OpenSource #TechNews #DataViz
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It's a free interactive graph visualizer for learning about the architectures of open source AI models! 🚀
Hovering nodes in the graph links to a definitions + animation and the paper that introduced it!
🌟 hfviewer.com
#HuggingFace #AI #MachineLearning #OpenSource #TechNews #DataViz
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🔖 A large collection of lectures on Machine Learning and Deep Learning 🧠
We found a repository that brings together high-quality materials on several areas of artificial intelligence. 🤖
Excellent material for both learning and reviewing key topics. 📚
⛓️ Link to GitHub
https://github.com/kmario23/deep-learning-drizzle
#MachineLearning #DeepLearning #AI #Tech #Coding #Learning
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We found a repository that brings together high-quality materials on several areas of artificial intelligence. 🤖
Excellent material for both learning and reviewing key topics. 📚
⛓️ Link to GitHub
https://github.com/kmario23/deep-learning-drizzle
#MachineLearning #DeepLearning #AI #Tech #Coding #Learning
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Maths, CS & AI Compendium: A free textbook for aspiring AI/ML engineers
🚀 A large open-source compendium on mathematics, computer science, and AI has gone viral on GitHub. The project already has around 6.3K stars.
📚 The author positions it as a "non-traditional textbook" for practitioners: less dry notation, more intuition, connections between topics, and real-world context.
📖 It contains 20 chapters:
* Vectors, matrices, calculus
* Statistics and probability
* Machine learning and deep learning
* NLP, computer vision, audio/speech
* Multimodal learning and autonomous systems
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* Production engineering, GPU/SIMD
* AI inference, ML systems design, and applied AI
🤖 There is also a MCP server so that Claude Code, Cursor, VS Code, and other AI assistants can use the compendium as a local knowledge base.
💡 This is a great resource for those who want to not just "learn ML," but to build a solid foundation: mathematics → CS → ML systems → modern AI.
🔗 GitHub: https://github.com/HenryNdubuaku/maths-cs-ai-compendium
#AI #MachineLearning #ComputerScience #Maths #OpenSource #DevCommunity
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🚀 A large open-source compendium on mathematics, computer science, and AI has gone viral on GitHub. The project already has around 6.3K stars.
📚 The author positions it as a "non-traditional textbook" for practitioners: less dry notation, more intuition, connections between topics, and real-world context.
📖 It contains 20 chapters:
* Vectors, matrices, calculus
* Statistics and probability
* Machine learning and deep learning
* NLP, computer vision, audio/speech
* Multimodal learning and autonomous systems
* GNN, OS, algorithms
* Production engineering, GPU/SIMD
* AI inference, ML systems design, and applied AI
🤖 There is also a MCP server so that Claude Code, Cursor, VS Code, and other AI assistants can use the compendium as a local knowledge base.
💡 This is a great resource for those who want to not just "learn ML," but to build a solid foundation: mathematics → CS → ML systems → modern AI.
🔗 GitHub: https://github.com/HenryNdubuaku/maths-cs-ai-compendium
#AI #MachineLearning #ComputerScience #Maths #OpenSource #DevCommunity
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sequence of four inputs, carrying every hidden state forward yourself. 🔄
1. Given
Four inputs X1 to X4, recurrent weights and biases for hidden layers a, b, c, and an output layer y. 📊
2. Initialize
Let us set the hidden states a0, b0, c0 to zeros. Nothing has been read yet. 🛑
3. First hidden layer (a)
We build the transformation matrix by laying the input weights, the state weights and the biases side by side. We stack X1, the previous state a0, and an extra 1 underneath. Multiply the two, and a1 = [0, 1]. 🧮
4. Second hidden layer (b)
Let us do it again, one layer up. Now a1 is the input, and b0 is the previous state. Multiply: b1 = [1, -1]. ⬆️
5. Third hidden layer (c)
Once more. b1 is the input, c0 is the previous state, and c1 = [1, 1]. 🔁
6. Output layer (y)
Let us read the answer off the top of the stack. Weights and biases against [c1; 1], and Y1 = [3, 0, 3]. 📝
7. Carry the states forward
We copy a1, b1, c1 across. This is the whole trick of a recurrent network: the states are the only thing the next input gets to see. 🚀
8. Process X2
Repeat steps 3 to 6 for the second input: three hidden layers, then the output. Y2 = [5, 0, 4]. 🔢
9. Carry the states forward
Let us copy a2, b2, c2 across, exactly as before. 🔄
10. Process X3
Same four moves, third input. Y3 = [13, -1, 9]. 🧩
11. Carry the states forward
We copy a3, b3, c3 across, one last time. ⏭️
12. Process X4
Repeat once more. Y4 = [15, 7, 2]. ✅
You have just run a Deep RNN over a whole sequence by hand. ✍️
The outputs:
Y1: [3, 0, 3]
Y2: [5, 0, 4]
Y3: [13, -1, 9]
Y4: [15, 7, 2]
The takeaway: the hidden states are the memory, and they are the only memory there is. Everything the network learns from X1 has to fit in those little two-cell columns and get handed forward, one step at a time. 🧠
#RNN #DeepLearning #AI #MachineLearning #NeuralNetworks #Tech
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1. Given
Four inputs X1 to X4, recurrent weights and biases for hidden layers a, b, c, and an output layer y. 📊
2. Initialize
Let us set the hidden states a0, b0, c0 to zeros. Nothing has been read yet. 🛑
3. First hidden layer (a)
We build the transformation matrix by laying the input weights, the state weights and the biases side by side. We stack X1, the previous state a0, and an extra 1 underneath. Multiply the two, and a1 = [0, 1]. 🧮
4. Second hidden layer (b)
Let us do it again, one layer up. Now a1 is the input, and b0 is the previous state. Multiply: b1 = [1, -1]. ⬆️
5. Third hidden layer (c)
Once more. b1 is the input, c0 is the previous state, and c1 = [1, 1]. 🔁
6. Output layer (y)
Let us read the answer off the top of the stack. Weights and biases against [c1; 1], and Y1 = [3, 0, 3]. 📝
7. Carry the states forward
We copy a1, b1, c1 across. This is the whole trick of a recurrent network: the states are the only thing the next input gets to see. 🚀
8. Process X2
Repeat steps 3 to 6 for the second input: three hidden layers, then the output. Y2 = [5, 0, 4]. 🔢
9. Carry the states forward
Let us copy a2, b2, c2 across, exactly as before. 🔄
10. Process X3
Same four moves, third input. Y3 = [13, -1, 9]. 🧩
11. Carry the states forward
We copy a3, b3, c3 across, one last time. ⏭️
12. Process X4
Repeat once more. Y4 = [15, 7, 2]. ✅
You have just run a Deep RNN over a whole sequence by hand. ✍️
The outputs:
Y1: [3, 0, 3]
Y2: [5, 0, 4]
Y3: [13, -1, 9]
Y4: [15, 7, 2]
The takeaway: the hidden states are the memory, and they are the only memory there is. Everything the network learns from X1 has to fit in those little two-cell columns and get handed forward, one step at a time. 🧠
#RNN #DeepLearning #AI #MachineLearning #NeuralNetworks #Tech
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