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@NISL-MSU

Numerical Intelligent Systems Laboratory

Dr. John Sheppard's research team at Montana State University

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The Numerical Intelligent Systems Laboratory focuses on performing cutting-edge research into fundamental problems in artificial intelligence and machine learning from a numerical computation perspective. We are exploring problems in advanced knowledge representation, inference, and learning as it applies to system-level problems such as system monitoring and control, equipment health management, and precision agriculture. Techniques explored include probabilistic and Bayesian methods, evolutionary methods, and particle-based methods. We are also exploring problems in deep learning and explainable AI.

Popular repositories

  1. HSI-BandSelection HSI-BandSelection Public

    Developing Low-Cost Multispectral Imagers using Inter-Band Redundancy Analysis and Greedy Spectral Selection in Hyperspectral Imaging.

    Jupyter Notebook 48 14

  2. PredictionIntervals PredictionIntervals Public

    DualAQD: Dual Accuracy-quality-driven Prediction Intervals

    Jupyter Notebook 6

  3. ResponsivityAnalysis ResponsivityAnalysis Public

    Counterfactual explanations for the identification of the features with the highest relevance on the shape of response curves generated by neural network black boxes

    Python 1 1

  4. MultiSetSR MultiSetSR Public

    Univariate Skeleton Prediction in Multivariate Systems Using Transformers

    Python

  5. .github .github Public

  6. ManagementZonesCFE ManagementZonesCFE Public

    Counterfactual Analysis of Neural Networks Used to Create Fertilizer Management Zones

    Python

Repositories

Showing 6 of 6 repositories
  • MultiSetSR Public

    Univariate Skeleton Prediction in Multivariate Systems Using Transformers

    Python 0 0 0 0 Updated May 29, 2024
  • PredictionIntervals Public

    DualAQD: Dual Accuracy-quality-driven Prediction Intervals

    Jupyter Notebook 6 0 0 0 Updated Apr 17, 2024
  • HSI-BandSelection Public

    Developing Low-Cost Multispectral Imagers using Inter-Band Redundancy Analysis and Greedy Spectral Selection in Hyperspectral Imaging.

    Jupyter Notebook 48 14 0 0 Updated Apr 8, 2024
  • ManagementZonesCFE Public

    Counterfactual Analysis of Neural Networks Used to Create Fertilizer Management Zones

    Python 0 0 0 0 Updated Mar 19, 2024
  • ResponsivityAnalysis Public

    Counterfactual explanations for the identification of the features with the highest relevance on the shape of response curves generated by neural network black boxes

    Python 1 1 0 0 Updated Mar 19, 2024
  • .github Public
    0 0 0 0 Updated Feb 29, 2024

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