Dispositivo de electrónico no invasivo para medir de forma remota señales fisiológicas en caninos

Yerney Wintaco Ávila; William Alexander Cuevas Carrero; Mauricio Alfonso Witingan Hurtado

doi:10.24054/rcta.v3iEspecial.854

Authors

Yerney Wintaco Ávila Escuela de comunicaciones Militares
William Alexander Cuevas Carrero Escuela de comunicaciones Militares
Mauricio Alfonso Witingan Hurtado Escuela de comunicaciones Militares

DOI:

https://doi.org/10.24054/rcta.v3iEspecial.854

Keywords:

Adiestramiento canino, DSP, ECG, instrumentación, frecuencia cardiaca y respiratoria

Abstract

This article describes the development of a non-invasive electronic device, which performs the measurement of physiological signals in real time in canines at the service of the National Army, especially those who are in training for the detection of controlled substances (explosives, narcotics, foreign exchange). , search and rescue); The measured variables are the heart rate, respiratory rate and temperature, which allow determining the real physical condition of the animal, preventing physical efforts that affect the canine's response to training. The physiological signals are; Visualized and analyzed in real time to determine heart and respiratory rates, displaying the results in an intuitive graphical interface that allows the trainer to determine changes in training routines andrest times.This article is structured in three parts: in the first part, the different techniquesand equipment used by veterinary doctors to estimate physiological variables are studied. The second part focuses on hardware selection and prototype implementation. In the last part, the data obtained with the prototype and those acquired by a veterinarydoctor are compared.

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