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.
Numerical Intelligent Systems Laboratory
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Repositories
- AdaptiveSampling Public
Adaptive Sampling to Reduce Epistemic Uncertainty Using Prediction Interval-Generation Neural Networks. AAAI 2025.
NISL-MSU/AdaptiveSampling’s past year of commit activity - MultiSetSR Public
Symbolic Regression with Univariate Skeleton Prediction in Multivariate Systems Using Transformers. ECML 2024
NISL-MSU/MultiSetSR’s past year of commit activity - PredictionIntervals Public
DualAQD: Dual Accuracy-quality-driven Prediction Intervals. IEEE TNNLS 2023.
NISL-MSU/PredictionIntervals’s past year of commit activity - HSI-BandSelection Public
Developing Low-Cost Multispectral Imagers using Inter-Band Redundancy Analysis and Greedy Spectral Selection in Hyperspectral Imaging. Remote Sensing 2021.
NISL-MSU/HSI-BandSelection’s past year of commit activity - ManagementZonesCFE Public
Counterfactual Analysis of Neural Networks Used to Create Fertilizer Management Zones. IJCNN 2024.
NISL-MSU/ManagementZonesCFE’s past year of commit activity - 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. IJCNN 2023.
NISL-MSU/ResponsivityAnalysis’s past year of commit activity
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