Desarrollo de un sistema de medición de constantes vitales no invasivo con base de sensores y visión artificial.

Abstract

Health as a subjective and objective state in people, encompasses multiple factors that reflect the state of health of a living organism, therefore it deserves treatment and care by trained health professionals, regarding the failure of care centers health and personnel, due to the high rate of people in the different cities of the country, which is why decisions are made empirically according to the population. Therefore, the objective of this research was to design a non-invasive vital signs measurement system based on sensors and artificial vision. The methodology implemented was focused on quantitative research, a cross-sectional experimental design was used since the described variables were not manipulated and it was developed in a determined period of time, the population under study was people of different age ranges, being the application of documentary and field research essential to obtain the corresponding information through methods, techniques and instruments, among them were trained health personnel and patients. Through this methodology, it was possible to determine that it is completely useful for the population, in addition to the fact that its use is not complicated and anyone can purchase it. In this context, it is concluded that there are no devices of vital signs measurement that contribute to the health of people in a multifunctional way in a single device.