A new way to listen to the heart using biomedical signals

  • Research
Published on June 4, 2026 Updated on June 4, 2026
Dates

on the May 21, 2026

Signaux cardiaques
Signaux cardiaques

As a professor at Université Côte d’Azur and a researcher at the I3S laboratory, Olivier Meste develops innovative approaches to analyzing cardiac signals. His work provides a better understanding of the mechanisms that regulate the heart, from athletes to patients. It paves the way for a more detailed understanding of diseases and more predictive medicine.

At the I3S laboratory (Université Côte d’Azur:CNRS), Olivier Meste’s research focuses on the interpretation of biomedical signals and electrophysiological modeling, particularly those related to cardiac activity. By combining signal processing, modeling, and physiology, his work offers a new perspective on how the heart functions, from rest to exertion and from normal to pathological states.

These approaches make it possible, in particular, to better understand heart rate variability, identify early signs of certain conditions, and evaluate the effectiveness of treatments. They also help explain why athletes’ hearts recover more quickly, and can detect abnormalities linked to aging or metabolic diseases.

Since 2024, Olivier Meste has served as President of the Computing in Cardiology Society (www.cinc.org), which has been in existence since 1974.

Learn more about this research on the CNRS Computer Science website