Bibliographic citations
Napanga, E., (2018). Solución web con tecnología de red de sensores para el monitoreo de los parámetros básicos de la calidad del agua en el río Shilcayo [Tesis, Universidad Nacional de San Martín. Fondo Editorial]. http://hdl.handle.net/11458/2665
Napanga, E., Solución web con tecnología de red de sensores para el monitoreo de los parámetros básicos de la calidad del agua en el río Shilcayo [Tesis]. PE: Universidad Nacional de San Martín. Fondo Editorial; 2018. http://hdl.handle.net/11458/2665
@misc{renati/1059713,
title = "Solución web con tecnología de red de sensores para el monitoreo de los parámetros básicos de la calidad del agua en el río Shilcayo",
author = "Napanga Paredes, Erick",
publisher = "Universidad Nacional de San Martín. Fondo Editorial",
year = "2018"
}
Since the monitoring of the basic parameters of water quality is a transcendental problem in our country it was decided to carry out an investigation that provides the facility to obtain the sensorial information of the waters of the Shilcayo River in two of its points as study area. Identified the basic parameters of the water quality used by the competent authority in Peru, a sensor network system was implemented with a visual monitoring system in real time, increasing the collection cycles of information collection and a latency of its efficient and quality. After collecting information, it was subsequently analyzed, resulting in improved monitoring of the frequency and quality of information. The time to process the exact information and to have it easily observed in the web monitoring system was very effective compared to what is carried out normally by the competent authority, ranging from 45 to 50 seconds of latency in measuring the basic parameters of quality of the water. The number of times measured was notoriously increased. The system collected information in which it emphasizes that in the Chontamuyo sector (second monitoring point) the water quality in its basic parameters are low quality where the dissolved oxygen is 3.34 mg O2 / L, an alarming figure. It was determined that the system works where there is a medium mobile phone connectivity in GPRS to save the information in a web repository.
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