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Course Outline
Introduction
- Adapting software development best practices to machine learning.
- MLflow vs Kubeflow -- where does MLflow shine?
Overview of the Machine Learning Cycle
- Data preparation, model training, model deployment, model serving, etc.
Overview of MLflow Features and Architecture
- MLflow Tracking, MLflow Projects, and MLflow Models.
- Using the MLflow command-line interface (CLI).
- Navigating the MLflow UI.
Setting up MLflow
- Installing in a public cloud.
- Installing on an on-premise server.
Preparing the Development Environment
- Working with Jupyter notebooks, Python IDEs, and standalone scripts.
Preparing a Project
- Connecting to the data.
- Creating a prediction model.
- Training a model.
Using MLflow Tracking
- Logging code versions, data, and configurations.
- Logging output files and metrics.
- Querying and comparing results.
Running MLflow Projects
- Overview of YAML syntax.
- The role of the Git repository.
- Packaging code for reusability.
- Sharing code and collaborating with team members.
Saving and Serving Models with MLflow Models
- Choosing an environment for deployment (cloud, standalone application, etc.).
- Deploying the machine learning model.
- Serving the model.
Using the MLflow Model Registry
- Setting up a central repository.
- Storing, annotating, and discovering models.
- Managing models collaboratively.
Integrating MLflow with Other Systems
- Working with MLflow Plugins.
- Integrating with third-party storage systems, authentication providers, and REST APIs.
- Working with Apache Spark -- optional.
Troubleshooting
Summary and Conclusion
Requirements
- Experience with Python programming.
- Familiarity with machine learning frameworks and languages.
Audience
- Data scientists.
- Machine learning engineers.
21 Hours
Testimonials (1)
the ML ecosystem not only MLFlow but Optuna, hyperops, docker , docker-compose