Diseño e implementación de un prototipo inalámbrico IPv6 que permita comprobar la calidad de agua en smart cities.

Abstract

It was designed and implemented a prototype Wireless IPv6 to check the quality of water in Smart Cities. In this research we met the necessary variables for real-time data, based on the parameters TULSMA - INEN 1108 of the water company. For the development of the prototype a methodology to compare different water PH sensors was used, in order to determine the best alternative, giving as a preliminary result: potential of hydrogen, oxygen reduction potential, dissolved oxygen and conductivity. The Communication was developed by 6LoWPAN protocol based on the standard of the Institute of Engineers Electronic and Electrical IEEE 802.15.4, where the devices will be connected to the internet with IPV6 addresses, it giving rise to what is known as the internet of things. The results determined a high percentage of effectiveness of 100% with the application of the prototype, compared with Lab-Cesta that takes 15 days to give a result. It is concluded that drinking water consumed by the inhabitants of the city of Riobamba, through the distribution of tanks EP-EMAPAR. It is within the allowed parameters and is considered suitable for human consumption, obtaining real time data. It is recommended that this system should be used by the Municipal GADS as a tool for monitoring water quality due to its safety, efficacy and cost.