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Материалы для самостоятельного изучения

Ресурсы

Курсы, книги и лекции для самостоятельного изучения Математики, Computer Science, Экономики, Machine Learning и Deep Learning

Видео 1.База программиста Основы Computer Science · видеообзор≈ 92 тыс. просмотровМатериалы: Основы Computer Science
Видео 2.Как выучить математику с нуля Математика · видеообзорМатериалы: Математика

Темы

Математика

Математическая интуиция

3Blue1Brown ↗

MIT ↗

Khan Academy ↗

Доказательства и дискретная математика

MIT 6.1200J Mathematics for Computer Science ↗

Book of Proof, 3rd ed. — Hammack ↗

Линейная алгебра

MIT 18.06 ↗

Boyd/Vandenberghe applied linear algebra ↗

Axler companion videos ↗

MIT 18.065 Matrix Methods ↗

Brunton SVD/PCA and computational examples ↗

CMU Linear Algebra Review — J. Zico Kolter ↗

MIT A Vision of Linear Algebra — Gilbert Strang ↗

Linear Algebra: Foundations to Frontiers — LAFF ↗

Advanced Linear Algebra: Foundations to Frontiers — ALAFF ↗

Linear Algebra Done Right, 4th ed. — Axler ↗

Immersive Linear Algebra — Ström, Åström & Akenine-Möller ↗

Interactive Linear Algebra — Margalit & Rabinoff, Georgia Tech ↗

Calculus и анализ

MIT 18.01SC Single Variable Calculus ↗

MIT 18.02SC Multivariable Calculus ↗

MIT 18.100A Real Analysis ↗

MIT 18.125 Measure and Integration ↗

MIT 18.03 Differential Equations — Spring 2010 ↗

Calculus Volume 3 — Strang & Herman ↗

Measure, Integration & Real Analysis — Axler ↗

Вероятность и статистика

Harvard Stat 110 ↗

Stanford CS109 ↗

MIT 6.041SC ↗

MIT 18.650 ↗

CMU 36-708 ↗

Brunton Probability Bootcamp ↗

StatQuest video index ↗

Introduction to Statistics and Data Analysis — Steve Brunton ↗

NIST experimental-design handbook ↗

Seeing Theory — Brown University ↗

Aalto Bayesian Data Analysis — Aki Vehtari ↗

Statistical Rethinking 2026 — Beginner track ↗

Introduction to Probability, Statistics, and Random Processes — Pishro-Nik ↗

Оптимизация и численные методы

Brunton Optimization Bootcamp videos ↗

MIT 18.S096 Matrix Calculus ↗

Stanford EE364A ↗

MIT 18.330 Numerical Analysis — OCW 2012 ↗

Princeton ELE539/COS512 Optimization for Machine Learning — Chi Jin, Spring 2021 ↗

Mathematics for Machine Learning — Deisenroth et al. ↗

Convex Optimization — Boyd & Vandenberghe ↗

Fundamentals of Numerical Computation — Driscoll & Braun ↗

UW AMATH 301 Beginning Scientific Computing — Brunton/Kutz materials ↗

Стохастические процессы и dynamic programming

MIT 6.262 Discrete Stochastic Processes — Spring 2011 ↗

Gallager — Stochastic Processes: Theory for Applications ↗

Sargent & Stachurski — Dynamic Programming, Volume I: Finite States ↗

Information Theory

David MacKay — Lecture 1: Introduction to Information Theory ↗

MIT 6.050J Information and Entropy ↗

Computer Science

Алгоритмы и структуры данных

Алгоритмы — лекции ↗

Computer Systems и архитектура

MIT 6.004 Computation Structures ↗

Computer Systems ↗

Nand2Tetris ↗

Operating Systems

Operating Systems: Three Easy Pieces — Arpaci-Dusseau & Arpaci-Dusseau ↗

Wisconsin CS 537 ↗

MIT 6.S081 ↗

Networking

Computer Networking: Principles, Protocols and Practice — Bonaventure ↗

Wireshark ↗

Networking — видеолекции ↗

Databases

Databases — задания ↗

Databases — лекции ↗

Distributed Systems

Hivemind — decentralized deep learning in PyTorch ↗

DiLoCo: Distributed Low-Communication Training of Language Models ↗

Aalto CS-E4740 Federated Learning ↗

Distributed Systems, 4th ed. — van Steen & Tanenbaum ↗

MIT 6.824 ↗

Distributed Systems — видеолекции ↗

Security и privacy

Adversarial ML — NIST AI 100-2e2025 ↗

pwn.college ↗

Stanford CS253 ↗

MIT 6.1600 ↗

Компиляторы и ML Compilation

torch.compile ↗

Machine Learning Compilation course ↗

Stanford CS143 ↗

Cornell CS6120 Advanced Compilers — 2025 self-guided course ↗

Cornell CS4120 Introduction to Compilers — Spring 2026 ↗

Autodidax: JAX core from scratch ↗

Machine Learning Compilation ↗

Machine Learning

Stanford STATS214 ↗

ISLP companion course ↗

Introduction to Statistical Learning with Applications in Python — James et al. ↗

Introduction to Machine Learning — Sebastian Raschka ↗

Yandex Machine Learning Handbook ↗

Stanford CS229 ↗

MIT 6.390 public notes ↗

Introduction to Machine Learning — Konstantin Vorontsov ↗

Probabilistic Machine Learning: An Introduction — Murphy ↗

Understanding Machine Learning — Shalev-Shwartz & Ben-David ↗

CMU 10-708 Probabilistic Graphical Models — Spring 2020 lecture index ↗

Probabilistic Machine Learning: Advanced Topics — Murphy ↗

Данные, forecasting и evaluation

Predictive uncertainty and model reliability — calibration guide ↗

Optuna optimization tutorial ↗

MIT Introduction to Data-Centric AI — IAP 2024 ↗

DuckDB guides — reproducible ML data engineering ↗

Forecasting: Principles and Practice, the Pythonic Way ↗

Applied Causal Inference Powered by ML and AI ↗

Hugging Face Evaluation Guidebook ↗

LM Evaluation Harness ↗

Deep Learning и PyTorch

PyTorch fundamentals ↗

PyTorch Profiler ↗

MIT 6.7960 ↗

Dive into Deep Learning ↗

Understanding Deep Learning — Prince ↗

Deep Learning: Foundations and Concepts — Bishop & Bishop ↗

CMU Modern AI ↗

YSDA Practical Deep Learning ↗

Colah's Blog — Christopher Olah ↗

Introduction to Deep Learning — Sebastian Raschka ↗

NLP, LLMs и agents

Karpathy Zero to Hero ↗

LLMs from Scratch — бесплатные видео и код ↗

Stanford CME295 ↗

Stanford CS224N ↗

Stanford CS336 ↗

CMU Advanced NLP ↗

Stanford CS25 recordings ↗

Hugging Face LLM Course ↗

Yandex School of Data Analysis NLP course ↗

NLP Before LLMs — dlouapre ↗

Introduction to Information Retrieval — Manning, Raghavan & Schütze ↗

Speech and Language Processing, 3rd-edition draft — Jurafsky & Martin ↗

CMU 11-768 — AI Agents ↗

Attention Is All You Need ↗

Reinforcement Learning и post-training

David Silver RL lectures ↗

Berkeley CS188 ↗

Berkeley CS285 ↗

Lambert post-training course ↗

Hugging Face smol-course ↗

YSDA Practical Reinforcement Learning ↗

CMU 17-740 Algorithmic Foundations of Interactive Learning — Spring 2025 ↗

Reinforcement Learning: An Introduction, 2nd ed. — Sutton & Barto ↗

Algorithms for Decision Making — Kochenderfer et al. ↗

RLHF and LLM Post-Training — Lambert ↗

Generative Models и Computer Vision

Stanford CS236 public 2023 recordings ↗

MIT 6.S184 Flow Matching and Diffusion — 2026 ↗

Stanford CS231n ↗

Computer Vision: Algorithms and Applications, 2nd ed. — Szeliski ↗

Brunton–Kutz Data-Driven Science & Engineering companion ↗

Parallel Computing и GPU kernels

Nsight Systems ↗

Nsight Compute ↗

CUDA Programming Guide ↗

GPU Puzzles ↗

FlashAttention ↗

Best Practices Guide ↗

official Triton tutorials ↗

Triton Puzzles ↗

GPU MODE lectures ↗

FlashAttention-2 ↗

FlashInfer ↗

MIT 6.172 Performance Engineering ↗

Stanford CS149 ↗

LAFF-On Programming for High Performance — LAFF-On-PfHP ↗

ML Systems

How to Scale Your Model ↗

MIT Efficient AI Computing ↗

CMU Deep Learning Systems ↗

CMU Machine Learning Systems ↗

MLSysBook labs / performance modeling ↗

UCSD CSE234 Data Systems for Machine Learning — Winter 2025 ↗

PyTorch Internals — Edward Z. Yang ↗

LLM Inference

Baseten's Inference Engineering ↗

Tiny-LLM — Build an LLM Serving System with MLX ↗

vLLM benchmark documentation ↗

GuideLLM ↗

Orca — OSDI 2022 ↗

PagedAttention / vLLM ↗

SGLang paper ↗

vLLM documentation ↗

SGLang documentation ↗

SmoothQuant ↗

AWQ ↗

Leviathan et al. ↗

Chen et al. ↗

Serving и distributed inference

Modular LLM Inference Handbook ↗

DistServe ↗

NCCL ↗

nccl-tests ↗

Kthena ↗

llm-d Router ↗

Dynamo ↗

Gateway API Inference Extension ↗

Исследовательская практика

Stanford CS197 ↗

How to Read a Paper — Keshav ↗

Advice on Upskilling — Justin Skycak ↗

Экономика

Микроэкономика и макроэкономика

MIT 14.01 Microeconomics — Fall 2023 ↗

MIT 14.02 Macroeconomics — Spring 2023 ↗

CORE Econ — The Economy 2.0 ↗

Равновесие и game theory

MIT 14.04 Intermediate Microeconomic Theory — Fall 2020 ↗

MIT 14.12 Game Theory — Fall 2025 ↗

Эконометрика и causal inference

MIT 14.310x Data Analysis for Social Scientists ↗

MIT 14.32 Econometrics — Spring 2007 ↗

Opportunity Insights — Using Big Data to Solve Economic and Social Problems ↗

CORE Doing Economics ↗

Scott Cunningham — Causal Inference: The Remix ↗

Труд и экономика AI

MIT 14.64 Labor Economics and Public Policy — reading guide ↗

Acemoglu & Restrepo — Artificial Intelligence, Automation and Work ↗

The Race Between Machine and Man ↗

Brynjolfsson, Li & Raymond — Generative AI at Work ↗

MIT 14.731 Economic History — Spring 2009 ↗

Computational Economics

Garin, Lester & Sims — Intermediate Macroeconomics ↗

QuantEcon introductory Python economics ↗

QuantEcon Aiyagari model ↗

MIT 14.05 Intermediate Macroeconomics — Fall 2025 ↗

Политика и благосостояние

MIT 14.41 Public Finance — Fall 2024 ↗

Korinek & Juelfs — Preparing for the (Non-existent?) Future of Work ↗

Acemoglu — The Simple Macroeconomics of AI ↗

Athey & Scott Morton — Artificial Intelligence, Competition, and Welfare ↗

Brynjolfsson, Korinek & Agrawal — A Research Agenda for the Economics of Transformative AI ↗

Finance, development и другие направления

MIT 18.642 Mathematics with Applications in Finance — Fall 2024 ↗

MIT 14.73 The Challenge of World Poverty — Spring 2011 ↗

MIT 14.771 Development Economics — Fall 2021 ↗

MIT 14.13 Psychology and Economics — Spring 2020 ↗

Fernando Borretti — No-One Escapes the Permanent Underclass ↗