Reproducible Machine Learning at Scale
summary
Shows how teams use Weights & Biases to track datasets, version training recipes, and store run metadata so experiments are auditable and shareable; demonstrates a deployed example from Blue River where camera-driven weed-targeted spraying cuts herbicide use dramatically; reports a Kaggle search-relevance lift from 35% to 60% then quick plateau; highlights reproducibility killers like glob non-determinism and GPU nondeterminism, argues reproducibility + lightweight integrations beat full autoML, and describes a working developer-first MLOps stack.
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chapters (39)
- 0:00Intro
- 1:53Lessons from real world ML projects
- 2:25My first ML stack
- 3:02Working at Yahoo
- 4:42Speech Recognition
- 5:54Weed Detection
- 7:41Healthcare
- 8:51Robotics
- 9:15Medical Imaging
- 10:00Autonomous Vehicles
- 10:28How is ML different than Engineering
- 10:42ML is a subfield of Engineering
- 11:05ML requires fundamentally different processes
- 12:04Why not use git for version control
- 13:36Debugging is more than engineering
- 14:13Explainability
- 15:45Debugging
- 16:41Bugs
- 17:43Whats hard and easy
- 19:01Kaggle
- 20:18Exponential curves
- 21:10Reproducible ML
- 21:34The reproducibility crisis
- 22:18Checklist
- 22:34Scale increases
- 22:54What do we do
- 23:17Resource consumption
- 24:05Dependency graph
- 24:32Transfer learning
- 24:42Performance
- 24:55Prompt Engineers
- 25:15Responsible AI
- 25:54Why Weights Biases
- 26:22The Goal of Weights Biases
- 26:38Other Approaches to ML
- 27:09Premium Model
- 27:24Interoperability
- 27:37Integration
- 28:40Learning ML
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