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35 papers match

cs.LG2026

Class-Aware Reinforcement Learning for Counterfactual Explanation Generation

Muhammad Adil Saleem, Syed Ali Raza, Mary-Anne Williams

The paper investigates adding the predicted class of an instance to the reinforcement‑learning state representation for generating counterfactual explanations, showing that this cl…

#counterfactual explanations#reinforcement learning#model interpretability#class-aware learning
cs.LG2026

Information Bottleneck Learning for Faithful Time Series Forecasting Explanations

Xu Zheng, Wei Cheng, Zhuomin Chen +3

The paper presents IB-Forecast, an interpretable multivariate time-series forecasting model that uses an information bottleneck to generate sparse, faithful explanations of predict…

#time series forecasting#interpretability#information bottleneck#explainable AI
cs.LG2026

Contrastive Concept Importance: Explaining Pairwise Class Decisions Through Automatically Extracted Concept Representations

Roel Visser, Isaac Roberts, Barbara Hammer

The paper proposes Contrastive Concept Importance (CCI), a method that attributes the logit margin between a target and a foil class to automatically extracted visual concepts, pro…

#explainable ai#concept-based explanations#contrastive attribution#visual concepts
cs.CL2026

Automated Multilabel Mpox Research Classification with Explainable Transformer Models

Tanjim Taharat Aurpa

The paper develops a BERT‑based multilabel classifier to automatically assign 14,590 Mpox research articles to topics such as outbreaks, vaccination, and epidemiology, and uses SHA…

#multilabel classification#mpox research#transformer models#explainable ai
cs.SE2026

A Scalable AI-Powered System for Explainable Machine Learning Pipelines in Brain Tumor

Yin Lin, Elena De Martin, Giacomo Conte +6

The paper introduces a web‑based visual analytics platform that integrates cohort management, radiomic feature extraction, and guarded inference with pre‑trained machine learning m…

#brain tumor analysis#radiomics#visual analytics#explainable ai
cs.AI2026

INCLAIR: Inception-Based Longitudinal Clinical Anomaly Detection with Informed Reasoning

Maxx Richard Rahman, Wolfgang Maass

INCLAIR is a framework that detects anomalies in longitudinal clinical records by scoring observations against multiple historical contexts, aggregating evidence, and producing nat…

#anomaly detection#longitudinal clinical data#explainable AI#time series analysis