MBEAT HOME EDITION: Smart, ubiquitous and real time monitoring system for chronic patients with heart diseases
In this project we will develop several modules for the MBEAT technology from Imaxdi Real Innovation. MBEAT is a portable cardiac monitoring system that allows to accomplish heart diagnostic processes outside hospital facilities. In the MBEAT Home Edition project, the CiTIUS will develop different technologies to improve the visualization of the Electrocardiogram (ECG) and other physiological parameters. We will also work in automatic ECG analysis in order to detect some common events associated to the most prevalent heart diseases.
Objectives
- The development of software algorithms for automatic QRS complex detection in ECG signals in real time.
- The development of a module for automatic extraction of some morphological heartbeat features.
- The development of web-based tools for ECG and other physiological parameters visualization, also in real time, including different analysis and annotation functionalities.
Project
/research/projects/sistema-de-telemonitorizacion-intelixente-ubicuo-e-en-tempo-real-de-pacientes-cronicos-con-patoloxias-cardiovasculares
<p>In this project we will develop several modules for the MBEAT technology from <a href="http://www.imaxdi.com/"> Imaxdi Real Innovation</a>. MBEAT is a portable cardiac monitoring system that allows to accomplish heart diagnostic processes outside hospital facilities. In the MBEAT Home Edition project, the CiTIUS will develop different technologies to improve the visualization of the Electrocardiogram (ECG) and other physiological parameters. We will also work in automatic ECG analysis in order to detect some common events associated to the most prevalent heart diseases.</p><ul> <li>The development of software algorithms for automatic QRS complex detection in ECG signals in real time.</li> <li>The development of a module for automatic extraction of some morphological heartbeat features.</li> <li>The development of web-based tools for ECG and other physiological parameters visualization, also in real time, including different analysis and annotation functionalities.</li> </ul> - Paulo Félix Lamas - Jesús María Rodríguez Presedo
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