Citas bibligráficas
Aguirre, M., Garay, J., Carrasco, L. (2016). Sistema Web Para el Seguimiento y Control del Proceso de Parámetros de Calidad de Agua y Ambiente en el Instituto del Mar Del Perú (Imarpe) del Ministerio de Producción del Perú [Trabajo académico, Universidad Peruana de las Américas]. http://repositorio.ulasamericas.edu.pe/handle/upa/59
Aguirre, M., Garay, J., Carrasco, L. Sistema Web Para el Seguimiento y Control del Proceso de Parámetros de Calidad de Agua y Ambiente en el Instituto del Mar Del Perú (Imarpe) del Ministerio de Producción del Perú [Trabajo académico]. PE: Universidad Peruana de las Américas; 2016. http://repositorio.ulasamericas.edu.pe/handle/upa/59
@misc{renati/4176,
title = "Sistema Web Para el Seguimiento y Control del Proceso de Parámetros de Calidad de Agua y Ambiente en el Instituto del Mar Del Perú (Imarpe) del Ministerio de Producción del Perú",
author = "Carrasco Peña, Luis Ricardo",
publisher = "Universidad Peruana de las Américas",
year = "2016"
}
The Institute of the Peruvian Sea conducts research on marine species of commercial importance, therefore the data it generates must be of the highest reliability, but, it was observed that the technical staff performed the data collection of water quality parameters and Environment by being exposed to alterations due to deterioration or loss; The research focused on implementing a web system to monitor and control the process of water and environmental quality parameters, optimizing the data collection process automatically for the measurement of physicochemical parameters of marine algae microalgae culture tanks as well as continental, which are stored and kept in a database available to anyone. With this research, it is pretended to demonstrate the saving of time in the measurement processes, based on a theoretical, methodological and practical investigation. For the development and implementation of the software, the RUP methodology was used, covering the disciplines of business modeling, requirements, analysis and design, implementation, testing and deployment. In addition, a user manual was developed to manage the web system for monitoring and controlling the process of water quality parameters in an agile and simple way. The results showed that the implementation of the web system is efficient for a better control of chemical parameters of water and environment; That the interaction of the web system and the Arduino electronic module improve the process of data capture of the parameters of water quality and environment allowing the automatic registration of data, as well as the reduction of time and costs, being able to optimize the collection of data.
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