MLOps & Infrastructure · advanced · concept 221 of 311 · Updated Nov 4, 2026
Distributed Training
Training models across multiple GPUs or machines. Essential for frontier models, which are trained on clusters ranging from tens of thousands to several hundred thousand accelerators. Techniques: data parallelism, model parallelism, pipeline parallelism. Gradient accumulation fakes bigger batches on small GPUs, and checkpointing is what lets thousand-GPU runs survive hardware failures.
Top AI contributors on this
- Jensen HuangNvidia
- Jeff DeanDiscovery Loop
- Clément DelangueHugging Face
- Satya NadellaMicrosoft
- Sundar PichaiAlphabet / Google
- Alexandr WangMeta
Key terms
Data parallelismModel parallelismFSDPDeepSpeedGradient syncGradient accumulationCheckpointing
Learn these first
Videos
▶ Stanford CS231N | Spring 2025 | Lecture 11: Large Scale Distributed Training ↗
Stanford Online · YouTube
Guides and articles
Parallelism methods · Hugging Face ↗
Hugging Face
Courses, papers, and more
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