Publication: Algoritmos de monitorización de señales biomédicas en tiempo real para dispositivos portátiles de bajo consumo
Loading...
Official URL
Full text at PDC
Publication Date
2021-07-20
Authors
Advisors (or tutors)
Editors
Journal Title
Journal ISSN
Volume Title
Publisher
Universidad Complutense de Madrid
Citations
Exportar
Abstract
Esta tesis, titulada "Algoritmos de monitorización de señales biomédicas en tiempo real para dispositivos portátiles de bajo consumo", tiene como objetivos principales el desarrollo de nuevas técnicas de delineación de ECG y la monitorización continua y no invasiva de la presión arterial para dispositivos empotrados de bajo consumo. La motivación que origina este trabajo es la imperiosa necesidad de luchar contra una de las amenazas mortales más importantes de la sociedad actual: las enfermedades cardiovasculares. El principal aliado en la lucha contra este tipo de enfermedades es la prevención, que tiene un futuro prometedor mediante el uso generalizado de la medicina ambulatoria y la monitorización, continua y automática, de diferentes parámetros biofísicos de la salud de las personas.
This thesis, entitled "Real-time biomedical signals monitoring algorithms for portable low-power devices", has as its main objectives the development of new ECG delineation techniques and continuous and non-invasive blood pressure monitoring for low-power embedded devices. The motivation of this work is the imperative need to fight against one of the most important mortal threats of today's society: cardiovascular diseases. The main ally in the fight against this type os diseases is prevention, which has a promising future through the widespread use of autpatient medicine and the continuous and automatic monitoring of different biophysical parameters of people's health.
This thesis, entitled "Real-time biomedical signals monitoring algorithms for portable low-power devices", has as its main objectives the development of new ECG delineation techniques and continuous and non-invasive blood pressure monitoring for low-power embedded devices. The motivation of this work is the imperative need to fight against one of the most important mortal threats of today's society: cardiovascular diseases. The main ally in the fight against this type os diseases is prevention, which has a promising future through the widespread use of autpatient medicine and the continuous and automatic monitoring of different biophysical parameters of people's health.
Description
Tesis de la Universidad Complutense de Madrid, Facultad de Informática, leída el 20/11/2020