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Design and Implementation of Wireless Detector Networks for Water Quality Observation
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Biosensors & Bioelectronics

ISSN: 2155-6210

Open Access

Editorial - (2021) Volume 12, Issue 3

Design and Implementation of Wireless Detector Networks for Water Quality Observation

Jon Ryoun Kim*
*Correspondence: Jon Ryoun Kim, Chemical and Biological Enginering, Polytechnic Institute of New York University, USA, Email:
Chemical and Biological Enginering, Polytechnic Institute of New York University, USA

Wireless detector network (WDN) is that the straightforward and basic thanks to live the standard of water victimization wireless detector network technology battery-powered by solar array. To live the standard of water during a real time application, a base station and corresponding totally different detector nodes area unit wont to cowl the big space. Wireless networks usually have an excellent deal of flexibility, which may translate into speedy readying. Wireless networks use variety of base stations to attach users to an existing network. The infrastructure aspect of a wireless network, however, is qualitatively identical whether or not you're connecting one user or 1,000,000 users. Water is crucial natural resources of life for every living organism on the world. In examining quality of water parameters like pH level, cloudiness plays a very important role. Thus health problems with human, plant and alternative living organisms on the world depends on water quality. The various water sources like rain, rivers and lakes area unit on the market on the world. Today, underwater wireless communications (UWCs) area unit enforced victimization communication systems supported acoustic waves, oftenness (RF) waves, and optical waves. Underwater acoustic wireless communications (UAWCs) are one in all the foremost used UWC technology because it provides communication over terribly long distances.

Water quality observation has so become essential to the provision of fresh and safe water. Typical observation processes involve manual assortment of samples from numerous points within the distribution network, followed by laboratory testing and analysis. Wireless detector networks (WDN) have since been thought of a promising different to enhance typical observation processes. These networks area unit comparatively reasonable and permit measurements to be taken remotely, in period and with smallest human intervention. The whole style of the system relies in the main on IOT (Internet of Things) that is freshly introduced conception within the world of development. There's primarily 2 components enclosed, the primary one is hardware & second is package. The hardware half has sensors that facilitate to live the $64000 time values, another one is arduino atmega328 converts the analog values to digital one, & alphanumeric display shows the displays output from sensors, Wi-Fi module provides the affiliation between hardware and package.

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