“Data Versioning: Towards Reproducibility in Machine Learning,” a Presentation from Tryolabs
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19 Aug 2022•0 j'aime•8 vues
“Data Versioning: Towards Reproducibility in Machine Learning,” a Presentation from Tryolabs
19 Aug 2022•0 j'aime•8 vues
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For the full video of this presentation, please visit: https://www.edge-ai-vision.com/2022/08/data-versioning-towards-reproducibility-in-machine-learning-a-presentation-from-tryolabs/ Nicolás Eiris, Machine Learning Engineer at Tryolabs, presents the “Data Versioning: Towards Reproducibility in Machine Learning” tutorial at the May 2022 Embedded Vision Summit. Surprisingly in 2022, reproducibility is still a big pain point in most data science workflows. A critical element required for reproducibility is version control. Unfortunately, in machine learning there is a notorious lack of standards for version control, so developers typically resort to crafting ad-hoc workflows. And frequently, developers reinvent the wheel due to a lack of awareness of existing solutions. In this talk, Eiris introduces DVC, short for “Data Version Control,” an open-source tool that Tryolabs has found can significantly alleviate the pain of reproducibility in data science workflows. He covers the motivation for such a tool, digs into its main features and will hopefully convince you that your life will be much better if you integrate it into your next project. Everything is illustrated through a real-world example of an end-to-end ML pipeline.
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“Data Versioning: Towards Reproducibility in Machine Learning,” a Presentation from Tryolabs
- 1. © 2022 Tryolabs Data Versioning Towards Reproducibility in Machine Learning Nicolás Eiris Machine Learning Engineer Tryolabs
- 2. © 2022 Tryolabs © 2022 Tryolabs Tryolabs 2 • We build custom AI solutions • 70+ team members • 12+ years of experience • Served more than 150 clients Trusted by
- 3. © 2022 Tryolabs 1. Main pain points in ML workflows 2. Useful open source tool 3. Takeaways 4. References Agenda 3
- 4. © 2022 Tryolabs © 2022 Tryolabs 4 Dilemma in ML development Building everything manually from scratch vs. using a tool to support the development phase (from collecting data to deploying on the edge).
- 5. Main pain points in ML workflows
- 6. © 2022 Tryolabs © 2022 Tryolabs Standard ML workflow 6 DATA INGESTION EXPLORATORY DATA ANALYSIS DATA CLEANING EXPERIMENTATION & EVALUATION MODELING FEATURE ENGINEERING ROLLING OUT TO PRODUCTION
- 7. © 2022 Tryolabs © 2022 Tryolabs ML pipeline in practice 7 model features data data_v2 features copy features_2 features_3 model_1 model_1_2 model_prefinal model_data_v2 model_2_2 model_final UPLOAD CODE SETUP STORAGE & UPLOAD DATA SETUP CLOUD RUNNER (GPU, NAS, ETC.) WAIT THE DATA & CODE DON’T MATCH RUN TRAIN/TEST SCRIPT DOWNLOAD DATA + CODE SYNC DATA AND CODE OH NO! THE REQUIREMENTS HAVE CHANGED WHERE DO I REPORT OUTPUT RESULTS ANYWAY? RAGE QUIT JOB EDA EDA_2 EDA_3 *EDA = Exploratory data analysis
- 8. © 2022 Tryolabs © 2022 Tryolabs Main pain points in ML workflows 8 1. Reproducibility ● Teamwork ● Usually ad-hoc processes ● Productivity bottleneck ● Challenges ○ Changes in data ○ Hyperparams inconsistency ○ Randomness ○ Manual and ad-hoc execution of experiments
- 9. © 2022 Tryolabs © 2022 Tryolabs Main pain points in ML workflows 9 1. Reproducibility “Changes are uploaded, please run all the notebook again.”
- 10. © 2022 Tryolabs © 2022 Tryolabs Main pain points in ML workflows 10 • Complex READMEs on how to gather data from remote storage • Security and data privacy risks • Manual versioning of dataset changes 2. Data sharing
- 11. © 2022 Tryolabs © 2022 Tryolabs Main pain points in ML workflows 11 2. Data sharing “I wish I could automate this process…” NO STORAGE
- 12. © 2022 Tryolabs © 2022 Tryolabs Main pain points in ML workflows 12 3. Experiments execution & tracking ● Experiments setup traceability challenges ● Inefficient results comparison & evaluation ● Manual process: ○ Spreadsheet ○ Github (metadata files) ○ Tracking tools (big learning curve)
- 13. © 2022 Tryolabs © 2022 Tryolabs Ideal development experience 13 Structured pipeline composed by interdependent steps Sharing experiments, models, and results in a simple way Easily adding files or directories to a remote repository Stop worrying about source code and data association
- 14. Useful open source tool: DATA VERSION CONTROL
- 15. © 2022 Tryolabs © 2022 Tryolabs DVC high-level overview 15 model features data 7fe5fc5 Update features d512ef1 Update dataset and input parameters 23811e0 Adjusting input parameters e7eb61f Add the new dataset and features 020c55f Adjusting input parameters model features data model features data model features data model features data
- 16. © 2022 Tryolabs © 2022 Tryolabs DVC high-level overview 16 Time Accuracy 87% 0 Collaborate Deploy to production commit 8d7aa3d Rollback Cloud Local Cache 76%
- 17. © 2022 Tryolabs © 2022 Tryolabs Main features 17 ● Git-compatible ● Reproducible ● Low friction branching ● Storage agnostic ● ML pipeline framework ● Language & framework agnostic ● Track failures ● Experiments & metrics tracking
- 18. © 2022 Tryolabs © 2022 Tryolabs Pipelines 18 ● Pipelines composed by interdependent steps ○ Dependencies ○ Code to execute ○ Outputs ● Additional pipeline visualization command dvc dag
- 19. © 2022 Tryolabs © 2022 Tryolabs Metrics differences 19 Smooth comparison process: numeric and graphic visualization
- 20. © 2022 Tryolabs © 2022 Tryolabs Continuous integration 20 • Automatically check data version • Benchmark new model against previously deployed models • Metrics diff & interactive plots in Pull Requests • Re-train & refine in the cloud PUSH DATA + CODE SETUP CLOUD RUNNER FROM CI/CD (GPU, NAS, ETC.) RUN TRAIN/TEST SCRIPT PUSH & REPORT METRICS TABLES/GRAPH S IN PR COMMENTS WIN! SOURCE: WWW.DVC.COM
- 21. © 2022 Tryolabs 21 Experiments batch execution “I can’t believe the number of hours saved by queuing and executing experiments in parallel.”
- 22. © 2022 Tryolabs © 2022 Tryolabs UI does not have to be built from scratch 22 SOURCE: WWW.DVC.COM ● Show plots for selected experiments ● Compare results ● Run new experiments ● Generate trend charts
- 23. Takeaways
- 24. © 2022 Tryolabs © 2022 Tryolabs 24 Takeaways Adopting a development support tool across the entire ML workflow may be crucial for the success of a project. Stop reinventing the wheel for common ML challenges. Boost developer’s productivity by enabling them to focus on coding. Integrating DVC tool favors quality attributes such as maintainability, scalability, and security. Support end-to-end experience, from EDA to production.
- 25. © 2022 Tryolabs © 2022 Tryolabs 25 Takeaways Reproducibility With a couple of commands, replicate the environment state from other team members (without re-executing all the pipeline or experiment). Data sharing Data and source code association out-of-the-box, with a wide variety of remote storage options. Experiments Quickly run multiple experiments in parallel with various ways of visualizing and comparing results.
- 26. © 2022 Tryolabs © 2022 Tryolabs 26 Takeaways - tool vs. from scratch We learned that for most of the cases, using an all-in-one framework like DVC alleviates the work vs. manually dealing with Reproducibility, Experimentation, and Data sharing tasks.
- 27. © 2022 Tryolabs Resources 27 DVC documentation https://dvc.org/doc Platform to quickly get-started with DVC https://katacoda.com/dvc/courses/get-started Norfair - Tryolabs object tracking open-source library https://github.com/tryolabs/norfair Reproducibility in machine learning https://towardsdatascience.com/reproducible-machine- learning-cf1841606805
- 28. Thank you!