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🏒 KU Leuven

Interpretable Concept-Based Memory Reasoning
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AI Theory Interpretability 🏒 KU Leuven
CMR: A novel Concept-Based Memory Reasoner delivers human-understandable, verifiable AI task predictions by using a neural selection mechanism over a set of human-understandable logic rules, achievin…
Faster Repeated Evasion Attacks in Tree Ensembles
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AI Generated AI Theory Robustness 🏒 KU Leuven
Speed up repeated evasion attacks on tree ensembles by 36x using feature perturbation insights!
Credal Deep Ensembles for Uncertainty Quantification
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Machine Learning Deep Learning 🏒 KU Leuven
Credal Deep Ensembles (CreDEs) improve uncertainty quantification in deep learning by predicting probability intervals, enhancing accuracy and calibration, particularly for out-of-distribution data.
A Fast Convoluted Story: Scaling Probabilistic Inference for Integer Arithmetics
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AI Generated AI Theory Optimization 🏒 KU Leuven
Revolutionizing probabilistic inference, PLIA₁ uses tensor operations and FFT to scale integer arithmetic, achieving orders-of-magnitude speedup in inference and learning times.