ARTFEED — Contemporary Art Intelligence

ExECG: A New Python Framework for Explainable AI in ECG Diagnostics

other · 2026-05-20

The newly developed Python framework, ExECG (Explainable AI for ECG models), seeks to establish a standardized approach to explainability in ECG diagnostics driven by deep learning. Although these models excel in tasks such as arrhythmia classification and abnormality detection, their lack of transparency poses challenges for clinical use. Current explainable AI (XAI) techniques for ECG differ in their methodologies and reporting standards, which hampers their reuse and reproducibility. ExECG introduces a three-phase pipeline: the Wrapper standardizes access to various ECG formats; the Explainer consolidates different XAI techniques under a common execution framework; and the Visualizer enables consistent comparisons across methods via a single interface. The framework is illustrated with brief examples, highlighting the necessity for justification, error analysis, and trust in clinical environments.

Key facts

  • ExECG is a Python framework for explainable AI in ECG models.
  • It addresses the lack of explainability in deep learning ECG diagnostics.
  • The framework has three stages: Wrapper, Explainer, and Visualizer.
  • Wrapper standardizes access across heterogeneous ECG formats.
  • Explainer unifies diverse XAI methods under a shared protocol.
  • Visualizer enables consistent cross-method comparison.
  • Deep learning models show strong performance in arrhythmia classification and abnormality detection.
  • The framework aims to improve reproducibility and trust in clinical deployment.

Entities

Institutions

  • arXiv

Sources