ESP 8266 Node MCU Based Weather Monitoring System

Abstract

This paper primarily blends two-study fields based on control systems with data acquisition methodology and builds a database system to produce the data according to the chosen attributes. The sensors for weather station were used to quantify and store data about temperature, humidity, and wind speed. The collected data can be represented as direct and indirect in two forms owing to the regular reading and preservation of the data as a specific database system respectively. The new technologies for the development of databases are considered the main challenge of this research. The entire system tracks and controls positions centrally and remotely depending on the regular climate change that happens, to keep the desired positions in optimal environmental situations. The proposed device uses an ESP8266 node MCU microcontroller to manage and monitor the condition of the location whenever and wherever remotely controlled NET PI network system is used. The ESP8266 serves as an AP access point, connected to the network through a Wi-Fi (router) station. Furthermore, the webserver can automatically and manually switch the devices ON/OFF through the NETPI platform. Finally, the weather information can be realized in the same manner and can be stored in an excel sheet simultaneously to be visualized via the R programming language.

Early coronavirus disease detection using internet of things smart system

“…The package is regarded as a full kit owing to the features created by the extrasensory perception (ESP) team, and it is designed to decrease the particular sectors that are necessary to be linked to distinct responsibilities of the performer. The software module that is required to analyze the Arduino C+ headers using microcontroller unit (MCU) language has been dubbed "Core" [22]- [24]. In contrast to the design process that produced the Arduino core under the dominion of the ESP8266 Wi-Fi based on the GitHub ESP8266 core website, the ESP8266 subsystem innovation contributes ISSN: 2088-8708 …”

“…The sensor ensures exceptional sensitivity and outstanding long-term stability with respect to proprietary digital signal processing in the sensing equipment. This module consists of a resistive humidity circuit and an northcentral technical college (NTC) temperature board, both of which are connected to a high-performance 8-bit microprocessor and provide outstanding quality, speed, anti-interference functionality, and cost-effectiveness [24], [28]. Another important component is the noise (cough sound) level measurement in the surrounding environment, where the investigation was performed with high sensitive DAOKI sensor given in Figure 2(b).…”

Reliability Improvement of Magnetic Corrosion Monitor for Long-Term Applications

“…To develop the smart corrosion monitor, Node MCU 0.9 was used due to its proven reliability for long-term applications [ 61 , 62 ]. Node MCU has a built-in ESP8266 System on Chip (SoC) with TCP/IP networking software and microcontroller capability.…”

Smart monitoring system using NodeMCU for maintenance of production machines

“…Many research papers in this domain propose sensors and transducers embedded in microcontrollers integrated wireless transmission with local or cloud databases that translate input data into valuable and efficient information. To mention some of these works are: in [6] proposed a low-cost, simple weather monitoring and controlling system using ESP8266 NodeMCU, in [8] proposed monitoring system for a greenhouse based on NodeMCU ESP8266 and Blynk, in [11] proposed a prosthetic hand control interface using an ESP8266 Wi-Fi module, in [12] proposed a remote medical diagnosis system using NodeMCU ESP8266, in [21] proposed a prototype of micro-hydro monitored remotely using ESP8266 and LabVIEW, in [22] proposed smart monitoring for a pressure regulator based on IoT, in [23] discussed implementation of an industrial level sensor data acquisition and monitoring system using IoT, in [24] provided a sensing and monitoring system based on Thingspeak with Mathlab analysis, and in [25] proposed monitoring and leakage detection system using NodeMCU ESP8266 and Wi-Fi technology.…”

“…The application of IoT in home automation as a module trainer in [1], as home security and monitoring system in [2], like a remote control for home devices in [3]. The application of IoT in the environment as a real-time environment monitoring in [4], [5], as a weather monitoring system in [6]. The application of IoT in agriculture, we can find as a monitoring system in an irrigation system in [7], as a remote monitoring system for a greenhouse in [8].…”