captum

There are 23 repositories under captum topic.

  • cdpierse/transformers-interpret

    Model explainability that works seamlessly with 🤗 transformers. Explain your transformers model in just 2 lines of code.

    Language:Jupyter Notebook1.2k207595
  • inseq-team/inseq

    Interpretability for sequence generation models 🐛 🔍

    Language:Python329107936
  • DFKI-NLP/thermostat

    Collection of NLP model explanations and accompanying analysis tools

    Language:Jsonnet1415138
  • copenlu/ALPS_2021

    XAI Tutorial for the Explainable AI track in the ALPS winter school 2021

    Language:Jupyter Notebook57517
  • TannerGilbert/Model-Interpretation

    Overview of different model interpretability libraries.

    Language:Jupyter Notebook413213
  • robinvanschaik/interpret-flair

    A small repository to test Captum Explainable AI with a trained Flair transformers-based text classifier.

    Language:Jupyter Notebook23162
  • richouzo/hate-speech-detection-survey

    Trained Neural Networks (LSTM, HybridCNN/LSTM, PyramidCNN, Transformers, etc.) & comparison for the task of Hate Speech Detection on the OLID Dataset (Tweets).

    Language:Jupyter Notebook20103
  • LuanAdemi/VisualGo

    Training a CNN to recognize the current Go position with photorealistic renders

    Language:Jupyter Notebook6201
  • esceptico/toxic

    End-to-end toxic Russian comment classification

    Language:Python51
  • nicovandenhooff/indoor-scene-detector

    This repository contains the source code for Indoor Scene Detector, a full stack deep learning computer vision application.

    Language:Python41150
  • tsKenneth/interpretable-graph-classification

    Interpretable graph classifications using Graph Convolutional Neural Network

    Language:GLSL4210
  • deep_classiflie

    speediedan/deep_classiflie

    Deep Classiflie is a framework for developing ML models that bolster fact-checking efficiency. As a POC, the initial alpha release of Deep Classiflie generates/analyzes a model that continuously classifies a single individual's statements (Donald Trump) using a single ground truth labeling source (The Washington Post). For statements the model deems most likely to be labeled falsehoods, the @DeepClassiflie twitter bot tweets out a statement analysis and model interpretation "report"

    Language:Python35780
  • the-ahuja-lab/Odorify-webserver

    OdoriFy is an open-source tool with multiple prediction engines. This is the source code of the webserver.

    Language:Python3201
  • braindatalab/xai-tris

    XAI-Tris

    Language:Jupyter Notebook21
  • jihyeonseong/SAI-board-by-streamlit

    Cyber Security AI Dashboard

    Language:Jupyter Notebook2101
  • dg1223/explainable-ai

    Model interpretability for Explainable Artificial Intelligence

    Language:Jupyter Notebook1400
  • js-yoo/xai_kimst2020

    "XAI를 위한 Attribution Method 접근법 분석 및 동향 Analysis and Trend of Attribution Methods for XAI" 에서 사용한 코드와 예시를 공개

    Language:Jupyter Notebook110
  • deep_classiflie_db

    speediedan/deep_classiflie_db

    Deep_classiflie_db is the backend data system for managing Deep Classiflie metadata, analyzing Deep Classiflie intermediate datasets and orchestrating Deep Classiflie model training pipelines. Deep_classiflie_db includes data scraping modules for the initial model data sources. Deep Classiflie depends upon deep_classiflie_db for much of its analytical and dataset generation functionality but the data system is currently maintained as a separate repository here to maximize architectural flexibility. Depending on how Deep Classiflie evolves (e.g. as it supports distributed data stores etc.), it may make more sense to integrate deep_classiflie_db back into deep_classiflie. Currently, deep_classiflie_db releases are synchronized to deep_classiflie releases. To learn more, visit deepclassiflie.org.

    Language:Jupyter Notebook12560
  • manyue-zhang/Frontend-for-Captum

    Based on the papers "Interpretability Beyond Feature Attribution: QuantitativeTestingwithConceptActivationVectors(TCAV)" and Captum's instantiation https://captum.ai/docs/captum_insights, we developed this frontend for the Captum project based on the streamlit framework.

  • R-N/covid-forecasting-joint-learning

    COVID-19 forecasting model for East Java cities using Joint Learning. My undergrad thesis.

    Language:Python0210
  • LennardZuendorf/thesis-files

    Collection of associated files for my bachelor thesis

    Language:Jupyter Notebook10
  • ProGamerGov/captum-tutorials

    Language:Jupyter Notebook20
  • yuneg11/Interpretability-Metrics

    Interpretability Metrics

    Language:Python201