GitHub - tensorflow/model-remediation: Model Remediation is a library that provides solutions for machine learning practitioners working to create and train models in a way that reduces or eliminates user harm resulting from underlying performance biases. (original) (raw)

TensorFlow Model Remediation

TensorFlow Model Remediation is a library that provides solutions for machine learning practitioners working to create and train models in a way that reduces or eliminates user harm resulting from underlying performance biases.

Installation

You can install the package from pip:

$ pip install tensorflow-model-remediation

Note: Make sure you are using TensorFlow 2.x.

Documentation

This library contains a collection of machine learning remediation techniques for addressing potential bias in a model.

Currently TensorFlow Model Remediation contains the below techniques:

• MinDiff technique: Typically used to ensure that a model predicts the preferred label equally well for all values of a sensitive attribute. Helpful when trying to achieve equality of opportunity.
• Counterfactual Logit Pairing technique: Typically used to ensure that a model’s prediction does not change between “counterfactual pairs”, where the sensitive attribute referenced in a feature is different. Helpful when trying to achievecounterfactual fairness.

We recommend starting with theoverview guide to get an idea of TensorFlow Model Remediation. Next try one of our interactive guides like the

MinDiff tutorial notebook.

Counterfactual tutorial notebook.

import tensorflow_model_remediation as tfmr

import tensorflow as tf

Start by defining a Keras model.

original_model = ...

Next pick the remediation technique you'd like to use. For example, a

MinDiff implementation might look like the below:

Set the MinDiff weight and choose a loss.

min_diff_loss = tfmr.min_diff.losses.MMDLoss()

min_diff_weight = 1.0 # Hyperparamater to be tuned.

Create a MinDiff model.

min_diff_model = tfmr.min_diff.keras.MinDiffModel(

original_model, min_diff_loss, min_diff_weight)

Compile the MinDiff model as you normally would do with the original model.

min_diff_model.compile(...)

Create a MinDiff Dataset and train the min_diff_model on it.

min_diff_model.fit(min_diff_dataset, ...)

Disclaimers

If you're interested in learning more about responsible AI practices, including

fairness, please see Google AI's Responsible AI Practices.

tensorflow/modelremediation is Apache 2.0 licensed. See theLICENSE file.