explainable-ai

A fraud model looks at an insurance claim and returns a score of 0.23: low risk. A SHAP explanation lays out exactly why: no prior claims, a modest claim value, an unremarkable claimant profile. A human adjuster reads the explanation, agrees with it and signs off. Every box that explainable AI asks us to check has been checked. The claim is settled and closed. By any current standard for responsi…

Apply for funding for projects focused on speculative and high-risk fundamental research with the potential to deliver high reward and a step change in the explainability of future AI systems. You must be based at a UK research organisation eligible for UK Research and Innovation funding. UKRI-wide EPSRC

Paolo Napoletano (paolo.napoletano@unimib.it)
27d ago

Background : Deep neural networks increasingly power language, vision, and decision systems, yet many deployments require explanations that are faithful, compositional, and governance-ready. Symbolic techniques promise these properties, but the literature mixes post-hoc extraction, knowledge injection, and intrinsically hybrid designs without a unifying view. Objectives : We provide a systematic …

As the usage of Artificial Intelligence (AI) for sensitive purposes increases, there is a growing need for privacy-aware explainable AI (XAI) tools. In this paper, we present a privacy-preserving counterfactual explanation algorithm. Our starting point is a decision-support model that is able to operate on vertically partitioned datasets, meaning that each party holds a different subset of datapo…

BackgroundFalls among older adults are a leading cause of morbidity and loss of independence. Wearable sensors combined with machine learning (ML) offer opportunities for objective fall risk evaluation, but low model transparency limits clinical adoption. Interpretable and explainable artificial intelligence (XAI) methods can address this constraint, yet their application in wearable sensor–based…

Machine learning models keep getting more accurate — and more opaque. A gradient-boosted ensemble or a deep neural net can outperform a human expert on a narrow task, but if nobody, including the engineers who built it, can say why it made a particular call, that accuracy comes with a hidden cost. That's the gap Explainable AI (XAI) tries to close: making a model's reasoning legible to the humans…

Accurate spatial measurement of aboveground biomass (AGB) is essential for assessing carbon stocks in the forest ecosystem. To enhance this estimation, integrating active and passive Earth Observation data with advanced machine learning techniques offers a promising approach. This study presents an integrated HybridEnsemble model with golden jackal optimization for AGB estimation and evaluates it…

Background and objectiveLung cancer is the top cause of cancer-related death, globally. The morphological complexity of tumours, intra-tumoural heterogeneity and limited interpretability of current imaging systems all contribute to the difficulty of early and reliable detection of tumours. This paper introduces LungCraft, a diagnostic framework composed of 3D medical modelling, quantitative radio…

Why did this workflow get cheaper last week? Why did support quality drop after a routing change? Was the failure caused by the model, the router, or the task decomposition? Most multi-model systems can route for cost. Very few can explain why a task was sent to a specific model, what tradeoff was made, and whether the cheaper path was actually justified. That is not just a research gap. It is an…

research.ioresearch.io

Sign up to keep scrolling

Create your feed subscriptions, save articles, keep scrolling.

Already have an account?