“Desarrollo de un sistema web de citas médicas usando herramientas open source y sensores biométricos de signos vitales”
Fecha
2020
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Universidad de Guayaquil. Facultad de Ciencias Matemáticas y Físicas. Carrera de Ingeniería en Networking y Telecomunicaciones
Resumen
El siguiente trabajo de titulación se realizó con el propósito de crear un sistema de agendamiento de citas médicas usando los datos de signos vitales de los pacientes para asignarle la fecha de la cita para el sector público de salud con la intención de ofrecer a las personas una herramienta, fácil de usar y que se ajuste a el estado de salud de los pacientes. Para lograr los objetivos del presente trabajo se realizó el levantamiento de la información mediante la encuesta y la observación, esta información nos serviría de guía para conocer cuáles son las necesidades de los pacientes y del Centro de salud. Se realizó además el análisis de los signos vitales que usan los Centros médicos el cual nos ayuda en la elección de crear un sistema de monitoreo de signos vitales para saber cómo se encuentra el paciente en su temperatura, saturación de oxígeno en sangre, frecuencia cardiaca y la frecuencia respiratoria, para lo cual se utiliza los sensores ensamblados en un microprocesador (ARDUINO), en el que se pueda mostrar la información al médico y guardarla en una base. Este sistema tiene dos componentes, el componente de hardware siendo este el dispositivo que será manejado por el médico y el componente de software que será la interfaz donde el médico visualizará los datos de signos vitales. Las pruebas realizadas corroboran que la información de los signos vitales extraída por el sistema se acerca altamente a la información que nos daría un examen tradicional para pacientes
The following titling work was carried out with the purpose of create out a medical appointment scheduling system using the vital signs data of the patients to assign the appointment date to the public health sector with the intention of offering people a tool, easy to use and that fits the health status of patients. In order to achieve the objectives of this work, the information was collected through the survey and observation, this information would guide us to know what the needs of the patients and the Health Center are. The analysis of the vital signs used by the Medical Centers was also carried out which helps us in the choice of creating a vital signs monitoring system to know how the patient is in his temperature, blood oxygen saturation, heart rate and the respiratory rate, for which the sensors assembled in a microprocessor (ARDUINO) are used, in which the information can be shown to the doctor and stored in a base. This system has two components, the hardware component being this the device that will be handled by the doctor and the software component that will be the interface where the doctor will visualize the vital signs data. The tests carried out corroborate that the information of the vital signs extracted by the system is very close to the information that a traditional examination for patients would give us.
The following titling work was carried out with the purpose of create out a medical appointment scheduling system using the vital signs data of the patients to assign the appointment date to the public health sector with the intention of offering people a tool, easy to use and that fits the health status of patients. In order to achieve the objectives of this work, the information was collected through the survey and observation, this information would guide us to know what the needs of the patients and the Health Center are. The analysis of the vital signs used by the Medical Centers was also carried out which helps us in the choice of creating a vital signs monitoring system to know how the patient is in his temperature, blood oxygen saturation, heart rate and the respiratory rate, for which the sensors assembled in a microprocessor (ARDUINO) are used, in which the information can be shown to the doctor and stored in a base. This system has two components, the hardware component being this the device that will be handled by the doctor and the software component that will be the interface where the doctor will visualize the vital signs data. The tests carried out corroborate that the information of the vital signs extracted by the system is very close to the information that a traditional examination for patients would give us.
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Palabras clave
Sistema, Sensor, Microcontroladores, Signos vitales, Monitoreo