Sistema de monitorización de la calidad ambiental en tiempo real del lago Moronacocha en el año 2019
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Universidad Nacional de la Amazonía Peruana
Abstract
El presente trabajo de investigación tiene como objetivo configurar el sistema de
monitorización de datos para lograr la eficiencia en la captura de datos ambientales en
tiempo real del lago Moronacocha en el año 2019.
El trabajo es de enfoque cuantitativo de tipo tecnológico porque busca resolver un
problema ambiental y para ello se configuró un dispositivo de monitorización para
optimizar la captura datos ambientales en tiempo real del lago Moronacocha, con nivel
aplicativo, porque busca solucionar un problema específico utilizando herramientas de
desarrollo tecnológico.
La investigación pertenece al diseño Pre-Experimental (investigación dirigida a un solo
grupo). Los diseños preexperimentales cuentan con un grado de control mínimo, suele
ser útil como un primer acercamiento al problema de investigación en la realidad, ya
que manipulan una variable independiente con la finalidad de observar su influencia y
relación con una o más variables dependientes.
Los instrumentos que se utilizaron son sensores de PH, temperatura y humedad que
están instalados en el sistema de monitorización. Para el análisis estadístico se utilizó el
software PSS. Los datos están organizados y trabajados en cuadros y representados en
gráficos para facilitar su análisis. El análisis e interpretación de la información, se
complementó mediante la utilización de la prueba estadística T-Student, para luego
poder contrastar con la hipótesis: “Si configuramos un sistema de monitoreo de datos
entonces se logrará una captura de datos ambientales más eficiente en tiempo real del
lago Moronacocha en el año 2019.”
The purpose of this research work is to configure the data monitoring system to achieve efficiency in capturing real-time environmental data from Lake Moronacocha in 2019. The work is of a quantitative approach of a technological type because it seeks to solve an environmental problem and for this purpose a monitoring device was configured to optimize the capture of real-time environmental data from Lake Moronacocha, with an application level, because it seeks to solve a specific problem using tools of technological development. The research belongs to the Pre-Experimental design (research directed to a single group). Pre-experimental designs have a minimum degree of control, it is usually useful as a first approach to the problem of research in reality, since they manipulate an independent variable in order to observe its influence and relationship with one or more dependent variables. The instruments that were used are PH, temperature and humidity sensors that are installed in the monitoring system. For the statistical analysis the PSS software was used. The data is organized and worked in tables and represented in graphs to facilitate its analysis. The analysis and interpretation of the information, was complemented by the use of the T-Student statistical test, to then be able to contrast with the hypothesis: “If we configure a data monitoring system then a more efficient environmental data capture will be achieved in time real lake Moronacocha in the year 2019.”
The purpose of this research work is to configure the data monitoring system to achieve efficiency in capturing real-time environmental data from Lake Moronacocha in 2019. The work is of a quantitative approach of a technological type because it seeks to solve an environmental problem and for this purpose a monitoring device was configured to optimize the capture of real-time environmental data from Lake Moronacocha, with an application level, because it seeks to solve a specific problem using tools of technological development. The research belongs to the Pre-Experimental design (research directed to a single group). Pre-experimental designs have a minimum degree of control, it is usually useful as a first approach to the problem of research in reality, since they manipulate an independent variable in order to observe its influence and relationship with one or more dependent variables. The instruments that were used are PH, temperature and humidity sensors that are installed in the monitoring system. For the statistical analysis the PSS software was used. The data is organized and worked in tables and represented in graphs to facilitate its analysis. The analysis and interpretation of the information, was complemented by the use of the T-Student statistical test, to then be able to contrast with the hypothesis: “If we configure a data monitoring system then a more efficient environmental data capture will be achieved in time real lake Moronacocha in the year 2019.”
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Bots(Programas de ordenador), Monitoreo del ambiente, Redes de monitoreo
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Except where otherwised noted, this item's license is described as info:eu-repo/semantics/openAccess

