Model interpretability and understanding for PyTorch
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Updated
Dec 18, 2025 - Python
Model interpretability and understanding for PyTorch
XAI - An eXplainability toolbox for machine learning
Leave One Feature Out Importance
Features selector based on the self selected-algorithm, loss function and validation method
Shapley Interactions and Shapley Values for Machine Learning
ProphitBet is a Machine Learning Soccer Bet prediction application. It analyzes the form of teams, computes match statistics and predicts the outcomes of a match using Advanced Machine Learning (ML) methods. The supported algorithms in this application are Neural Networks, Random Forests & Ensembl Models.
This package can be used for dominance analysis or Shapley Value Regression for finding relative importance of predictors on given dataset. This library can be used for key driver analysis or marginal resource allocation models.
Using / reproducing DAC from the paper "Disentangled Attribution Curves for Interpreting Random Forests and Boosted Trees"
Variance-based Feature Importance in Neural Networks
This repository contains the implementation of SimplEx, a method to explain the latent representations of black-box models with the help of a corpus of examples. For more details, please read our NeurIPS 2021 paper: 'Explaining Latent Representations with a Corpus of Examples'.
Predicted and identified the drivers of Singapore HDB resale prices (2015-2019) with 0.96 Rsquare & $20,000 MAE. Web app deployment using Streamlit for user price prediction.
Customer churn prediction with Python using synthetic datasets. Includes data generation, feature engineering, and training with Logistic Regression, Random Forest, and Gradient Boosting. Improved pipeline applies hyperparameter tuning and threshold optimization to boost recall. Outputs metrics, reports, and charts.
Significance tests of feature relevance for a black-box learner
A Python Package that computes Target Permutation Importances (Null Importances) of a machine learning model.
A minimal, reproducible explainable-AI demo using SHAP values on tabular data. Trains RandomForest or LogisticRegression models, computes global and local feature importances, and visualizes results through summary and dependence plots, all in under 100 lines of Python.
This is a custom library for data processing, visualization and machine learning tools.
This repository contains the implementation of Concept Activation Regions, a new framework to explain deep neural networks with human concepts. For more details, please read our NeurIPS 2022 paper: 'Concept Activation Regions: a Generalized Framework for Concept-Based Explanations.
Toolbox for analysis of model's quality and model's description. For further details see
Implementation of various feature selection methods using TensorFlow library.
Implementation of the Integrated Directional Gradients method for Deep Neural Network model explanations.
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