Diseño de algoritmo para cuantificación de frecuencia cardíaca promedio en dispositivo ARM (máquinas avanzadas Tipo RISC)

Abstract

The electrocardiographic (ECG) signal describes the electrical behavior of the heart [38]. the component with the highest amplitude of this signal is the R wave and is essential for the calculation of the heart rate. of the heart rate. [39] A large number of techniques have been developed for the calculation of heart rate using the R wave, some of which have been developed some of them employing demanding techniques such as powerful and costly programmable devices, calculation of the R-wave expensive programmable devices, adaptive threshold calculation, filter banks, transforms and mathematical operations, among others, transforms and mathematical operations, among others [10,40,41]. Currently, research is research is focusing on generating portable devices for ECG calculation, using technologies such as FPGAs using technologies such as FPGAs (Field Programmable Gate Array) [42,43], digital signal processors and microcontrollers [3,44,45]. This project presents the design of a digital system developed on the Arduino Due platform with the objective of obtaining electrocardiographic signal parameters. Arduino is an open open hardware tool oriented to device design, and the acquisition of data blocks, algorithms and data blocks, the algorithms used in Arduino are developed in C language through its integrated development platform (IDE). language through its integrated development platform (IDE) [31].