Análisis de un dispositivo conectado en el torrente sanguíneo por un período de tiempo que determine el comportamiento de glucosa de la persona.
Fecha
2022-09-28
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Universidad de Guayaquil. Facultad de Ingeniería Industrial. Carrera de Ingeniería en Teleinformática.
Resumen
El presente trabajo de titulación tiene como principal objetivo estudiar un dispositivo con
la funcionalidad de medir los niveles de glucosa en la sangre de una persona, de manera
continua y de alertar a los usuarios en todo momento sobre la variabilidad de la glicemia,
permitiendo de esta manera darle seguimiento a un paciente que tenga problemas de diabetes
en la sangre, sin dolor, sin esfuerzo y en pocos segundos registrando datos históricos en
tiempo real. Teniendo como en primer lugar el desarrollo de problemáticas donde se abarco
el estudio para identificar las causas principales por las que no hay equipos de glucosa
continua con tales sofisticaciones. Se definirán los parámetros técnicos y tecnológicos que
se pueden utilizar para el respectivo desarrollo y al mismo tiempo conocer las tecnologías
actuales que se utilizan en la actualidad. Se llevo a cabo el análisis de del futuro
funcionamiento del dispositivo utilizando tecnologías inalámbricas para envió y recepción
de datos con gráficos representativos gracias a los conceptos y funcionalidades de equipos
arduino. Concluyendo con este análisis como una herramienta de apoyo para una futura
implementación y realizando el estudio de un biosensor que ayudara para dar un resultado
real. Además, se darán recomendaciones y parámetros de los equipos posibles a utilizar para
el desarrollo de un prototipo final con su respectiva utilización en la vida real.
The main objective of this degree work is to study a device with the functionality of measuring glucose levels in a person's blood, continuously and alerting users at all times about the variability of glycemia, allowing this way to monitor a patient who has diabetes blood problems, with no pain, with no effort and in a few seconds by recording historical data in real time. Having as first, the development of problems in which the study was covered to identify the main causes why there are no continuous glucose equipment with such sophistication. The technical and technological parameters that can be used for the respective development will be defined and at the same time know the current technologies that are used. The analysis of the future operation of the device was carried out using wireless technologies for sending and receiving data with representative graphics, thanks to the concepts and functionalities of Arduino equipment. Concluding with this analysis as a support tool for a future implementation and carrying out the study of a biosensor that will help to give a real result. In addition, recommendations and parameters of the possible equipment to be used for the development of a final prototype with their respective use in real life will be given.
The main objective of this degree work is to study a device with the functionality of measuring glucose levels in a person's blood, continuously and alerting users at all times about the variability of glycemia, allowing this way to monitor a patient who has diabetes blood problems, with no pain, with no effort and in a few seconds by recording historical data in real time. Having as first, the development of problems in which the study was covered to identify the main causes why there are no continuous glucose equipment with such sophistication. The technical and technological parameters that can be used for the respective development will be defined and at the same time know the current technologies that are used. The analysis of the future operation of the device was carried out using wireless technologies for sending and receiving data with representative graphics, thanks to the concepts and functionalities of Arduino equipment. Concluding with this analysis as a support tool for a future implementation and carrying out the study of a biosensor that will help to give a real result. In addition, recommendations and parameters of the possible equipment to be used for the development of a final prototype with their respective use in real life will be given.
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Palabras clave
TECNOLOGÍA DE LOS ORDENADORES, DISPOSITIVO, GLUCOSA, TECNOLOGÍA, BIOSENSOR