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Agentic AI math problems by hand ✍️ The last five in Chapter 1. Download PDF: byhand.ai/tokens-16-20
Problems 16 to 20:
16. Tokens on a budget: run the pricing backward, cost in, tokens out
17. How long will it take? Reading is parallel, writing is one token at a time
18. The split matters: same total tokens, one task finishes three times sooner
19. Pricing per million tokens: how every real API actually quotes it
20. Tokens from the bill: work backward from what you were charged
Previous problems:
1. Count the tokens
2. Subword splitting
3. Punctuation counts
4. Tokens per word
5. Will it fit?
Download: byhand.ai/tokens-1-5
6. The price of a call
7. Two kinds of token
8. Input or output?
9. The two-part bill
10. End-to-end call cost
Download: byhand.ai/tokens-6-10
11. Comparing three calls
12. The average call
13. The system prompt
14. The system prompt tax
15. Calls in a budget
Download: byhand.ai/tokens-11-15
Download, print and solve. ✍️
Problems 16 to 20:
16. Tokens on a budget: run the pricing backward, cost in, tokens out
17. How long will it take? Reading is parallel, writing is one token at a time
18. The split matters: same total tokens, one task finishes three times sooner
19. Pricing per million tokens: how every real API actually quotes it
20. Tokens from the bill: work backward from what you were charged
Previous problems:
1. Count the tokens
2. Subword splitting
3. Punctuation counts
4. Tokens per word
5. Will it fit?
Download: byhand.ai/tokens-1-5
6. The price of a call
7. Two kinds of token
8. Input or output?
9. The two-part bill
10. End-to-end call cost
Download: byhand.ai/tokens-6-10
11. Comparing three calls
12. The average call
13. The system prompt
14. The system prompt tax
15. Calls in a budget
Download: byhand.ai/tokens-11-15
Download, print and solve. ✍️
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Forwarded from Machine Learning with Python
🧿ANTHROPH\C Launches 13 Free AI Courses
Anthropic Academy has announced 13 free AI courses. The courses cover the following topics:
• Working with Claude
• AI Fundamentals
• AI Agents
• Model Context Protocol (MCP)
• Claude Code
• Working with APIs
• Enterprise AI
• Google Cloud Vertex AI and Amazon Bedrock Integration
1. Claude 101
2. AI Fluency: Framework & Foundations
3. Introduction to Agent Skills
4. Building with the Claude API
5. Claude Code in Action
6. Introduction to Model Context Protocol (MCP)
7. MCP: Advanced Topics
8. AI Fluency for Students
9. AI Fluency for Educators
10. Teaching AI Fluency
11. AI Fluency for Small Businesses
12. Claude with Amazon Bedrock
13. Claude with Google Cloud Vertex AI
The courses are designed for a wide audience, from beginners to developers, educators, students, and business owners.
Anthropic Academy has announced 13 free AI courses. The courses cover the following topics:
• Working with Claude
• AI Fundamentals
• AI Agents
• Model Context Protocol (MCP)
• Claude Code
• Working with APIs
• Enterprise AI
• Google Cloud Vertex AI and Amazon Bedrock Integration
1. Claude 101
2. AI Fluency: Framework & Foundations
3. Introduction to Agent Skills
4. Building with the Claude API
5. Claude Code in Action
6. Introduction to Model Context Protocol (MCP)
7. MCP: Advanced Topics
8. AI Fluency for Students
9. AI Fluency for Educators
10. Teaching AI Fluency
11. AI Fluency for Small Businesses
12. Claude with Amazon Bedrock
13. Claude with Google Cloud Vertex AI
The courses are designed for a wide audience, from beginners to developers, educators, students, and business owners.
❤1
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This service helps you work with spreadsheets, statistics, and large datasets without having to manually create formulas or understand complex analysis tools. You upload a file, and Julius AI analyzes the data, finds patterns, creates charts, and explains the results in simple language.
📌 Here's the link: julius.ai
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🤝 Peer Group – Share Insights | Exchange Knowledge | Support Each Other
No more studying alone. Join a community of CCNA/CCNP candidates, learn together, and win prizes.
How it works:
① DM admin: "I'M IN + cert name"
② Join the group
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Prizes (first come, first served):
$50 Amazon card ×1 | SD-Access Training ×1 | SD-WAN Training ×1 | CCNA Pro Package ×10 | Free Learning Pack (all finishers)
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Forwarded from Machine Learning
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A Collection of Machine Learning Libraries for Python 🤖
A large repository containing over 900 libraries and frameworks for machine learning. 📚
All projects are sorted by quality and popularity, which helps you quickly find the best tools for working with AI and ML. ⚙️
Repo: https://github.com/ml-tooling/best-of-ml-python?tab=readme-ov-file#vector-similarity-search-ann
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A large repository containing over 900 libraries and frameworks for machine learning. 📚
All projects are sorted by quality and popularity, which helps you quickly find the best tools for working with AI and ML. ⚙️
Repo: https://github.com/ml-tooling/best-of-ml-python?tab=readme-ov-file#vector-similarity-search-ann
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Updated CS 8803 "Large Language Model" course at Georgia Tech for 2026.
The list of materials covers pre-training, Mixture of Experts (MoE), reasoning, reinforcement learning and self-play, agents, long context, scaling during inference, diffusion language models, safety, interpretability, and much more.
- https://cocoxu.github.io/CS8803-LLM-spring2026/
- https://docs.google.com/spreadsheets/d/1Oisf4imoNL3fs4UWGYAUlMCuYfCACMHCDb0iqEYU8wc/edit?usp=sharing
The list of materials covers pre-training, Mixture of Experts (MoE), reasoning, reinforcement learning and self-play, agents, long context, scaling during inference, diffusion language models, safety, interpretability, and much more.
- https://cocoxu.github.io/CS8803-LLM-spring2026/
- https://docs.google.com/spreadsheets/d/1Oisf4imoNL3fs4UWGYAUlMCuYfCACMHCDb0iqEYU8wc/edit?usp=sharing
❤3
🔖 Practical roadmap for LLM inference
We found a repository where the entire process is built around a single inference service.
First, you analyze the basic architecture, then you run the model, connect metrics, and test it with a load of 1000+ concurrent requests, and then you move on to performance optimization.
⛓ Link to GitHub
https://github.com/patchy631/time-to-first-token
We found a repository where the entire process is built around a single inference service.
First, you analyze the basic architecture, then you run the model, connect metrics, and test it with a load of 1000+ concurrent requests, and then you move on to performance optimization.
⛓ Link to GitHub
https://github.com/patchy631/time-to-first-token
❤1
A practical repository for learning about transformers through Jupyter notebooks.
12 chapters: from the basics of the architecture to model deployment. The code can be run directly in Google Colab.
https://github.com/Nicolepcx/transformers-the-definitive-guide
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❤4
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Data Analytics
Don't forget to try it; it's free and includes most AI models.
Forwarded from Machine Learning with Python
Follow the Machine Learning with Python channel on WhatsApp: https://whatsapp.com/channel/0029VaC7Weq29753hpcggW2A
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Forwarded from Machine Learning with Python
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👩🏻💻 Stop saving dozens of different Claude guides that you'll never actually read! This list contains only the resources that are truly useful for real-world projects.
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🔖 Comprehensive Course on Hugging Face Transformers
A comprehensive course for those who want to understand transformers and LLMs.
It covers the architecture of transformers, model training and optimization, working with text sequences, and language modeling. RNNs and LSTMs for NLP tasks are also discussed separately.
⛓️ Link to the course
https://www.youtube.com/playlist?list=PLOj3JD_j8uXEsxFZGcRyjI_ZawoSvCfti
A comprehensive course for those who want to understand transformers and LLMs.
It covers the architecture of transformers, model training and optimization, working with text sequences, and language modeling. RNNs and LSTMs for NLP tasks are also discussed separately.
⛓️ Link to the course
https://www.youtube.com/playlist?list=PLOj3JD_j8uXEsxFZGcRyjI_ZawoSvCfti
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If you're interested in learning how to train a large language model from scratch, I recommend checking this out ↓
François Chollet, co-founder of the ARC Prize and creator of Keras, recently suggested a path for learning about LLMs from the ground up.
He said that if you're 17 years old or any age, and you want to learn how to create LLMs from scratch, simply read chapters 15 and 16 of his book Deep Learning with Python.
I quickly skimmed through them, and these two chapters are definitely worth saving.
Chapter 15 starts with the most basic language models and gradually progresses to:
Character-level Language Model → Seq2Seq → Attention → QKV → Scaled Dot-Product Attention → Multi-Head Attention → Self-Attention → Transformer
There's even a dedicated section explaining why Dot-Product Attention works in the first place.
He himself says that this is one of the best explanations of the topic.
The author doesn't just stop at formulas like
Chapter 16 is even more practical. It directly shows how to train a mini-GPT from scratch.
It explains how to take nearly 1 billion tokens from C4, create a SentencePiece vocabulary of 32,000 tokens, train a mini-GPT with 41 million parameters, 8 layers, 8 attention heads, and a hidden state size of 512, and then build a data pipeline, implement weight tying, learning rate warmup, pre-training, and generation with temperature and top-k.
From the tokenizer, data pipeline, causal attention, weight tying, and learning rate warmup to pre-training, greedy decoding, temperature, and top-k sampling. In essence, you are guided step-by-step through the entire process of training a GPT model.
You don't even need an expensive server for this.
The official notes state that the entire example can be run on a free T4 in Google Colab. Training takes about 6 hours. On an A100, it takes just over an hour.
Further in the book, Gemma, SFT, RLHF, RAG, and multimodal models are discussed.
So, if someone asks me:
"I've never trained a large model before. Where do I start?"
These two chapters can really be a great starting point.
The third edition of Deep Learning with Python is currently available for free online, and all the accompanying notebooks are fully open-source. You can simply download them into Colab and run them.
In 2026, it won't be necessary to immediately dive into a hundred research papers to learn about LLMs.
If you train a GPT model with 41 million parameters yourself, from data preparation to text generation, many concepts will naturally fall into place.
Link: https://deeplearningwithpython.io/
François Chollet, co-founder of the ARC Prize and creator of Keras, recently suggested a path for learning about LLMs from the ground up.
He said that if you're 17 years old or any age, and you want to learn how to create LLMs from scratch, simply read chapters 15 and 16 of his book Deep Learning with Python.
I quickly skimmed through them, and these two chapters are definitely worth saving.
Chapter 15 starts with the most basic language models and gradually progresses to:
Character-level Language Model → Seq2Seq → Attention → QKV → Scaled Dot-Product Attention → Multi-Head Attention → Self-Attention → Transformer
There's even a dedicated section explaining why Dot-Product Attention works in the first place.
He himself says that this is one of the best explanations of the topic.
The author doesn't just stop at formulas like
QKᵀ / √d. He starts with Word2Vec and embedding spaces, and then explains how the Transformer layer by layer, through Attention, gradually transforms the relationships between tokens into distance relationships in a vector space.Chapter 16 is even more practical. It directly shows how to train a mini-GPT from scratch.
It explains how to take nearly 1 billion tokens from C4, create a SentencePiece vocabulary of 32,000 tokens, train a mini-GPT with 41 million parameters, 8 layers, 8 attention heads, and a hidden state size of 512, and then build a data pipeline, implement weight tying, learning rate warmup, pre-training, and generation with temperature and top-k.
From the tokenizer, data pipeline, causal attention, weight tying, and learning rate warmup to pre-training, greedy decoding, temperature, and top-k sampling. In essence, you are guided step-by-step through the entire process of training a GPT model.
You don't even need an expensive server for this.
The official notes state that the entire example can be run on a free T4 in Google Colab. Training takes about 6 hours. On an A100, it takes just over an hour.
Further in the book, Gemma, SFT, RLHF, RAG, and multimodal models are discussed.
So, if someone asks me:
"I've never trained a large model before. Where do I start?"
These two chapters can really be a great starting point.
The third edition of Deep Learning with Python is currently available for free online, and all the accompanying notebooks are fully open-source. You can simply download them into Colab and run them.
In 2026, it won't be necessary to immediately dive into a hundred research papers to learn about LLMs.
If you train a GPT model with 41 million parameters yourself, from data preparation to text generation, many concepts will naturally fall into place.
Link: https://deeplearningwithpython.io/
❤2