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Copyright (c) Microsoft Corporation
Licensed under the MIT License
Introduction
Traditional machine learning model development is resource-intensive, requiring significant domain/statistical knowledge and time to produce and compare dozens of models. With automated machine learning, the time it takes to get production-ready ML models with great ease and efficiency highly accelerates. However, the Automated Machine Learning does not yet provide much in terms of data preparation and feature engineering. The Auto Brew ML framework tries to solve this problem at scale as well as simplifies the overall process for the user. It leverages the Azure Automated ML coupled with components like Data Profiler, Data Sampler, Data Cleanser, Anomaly Detector which ensures quality data as a critical pre-step for building the ML model. This is powered with Telemetry, DevOps and Power BI integration, thus providing the users with a one-stop shop solution to productionize any ML model. The framework aims at ‘Democratizing’ AI all the while maintaining the vision of ‘Responsible’ AI.
Getting Started
Prerequisites
- Azure Databricks
- Auto Brew ML Notebooks (Master, Trigger notebooks)
- Azure ML Services workspace
- Python cluster in Databricks with configurations as mentioned in Installations link above (PyPi library azureml-sdk[automl],azureml-opendatasets, azureml-widgets in cluster)
- For sample to be used in notebook- Real Estate Data
Using the Notebooks
- AMLMasterNotebook: Contains all the base functions used Data Acquisition, EDA, Sampling, Cleansing, Anomaly Detection, Azure AutoML Trigger, AutoML Trigger bypassing authentication to Azure ML(used for pipelining the notebook).
- AMLMasterNotebook- Trigger: Function calls in order to perform a pipeline of tasks.
Framework Components
- Exploratory Data Analysis
- Data Sampling
- Random Sampling
- Stratified Sampling
- Systematic Sampling
- Cluster Sampling (with SMOTE)
- Data Cleansing
- Anomaly Detection
- Feature Selection
- Azure Auto ML Trigger (*Azure Component encapsulated with all cofigs and parameters)
- Responsible AI Guidelines
- Error Analysis
- Model Interpretation and Exploration
- Fairlearn to detect Fairness of the data and model
- Identify & Remove Biasness in data
- SmartNoise to maintain PII data secrecy
- Telemetry & DevOps Integration for Pipelining
- Sample Runs