Embedded based remote monitoring station for live streaming of temperature and humidity

Halder, Sourabh; Sivakumar, Girija

doi:10.1109/iceeccot.2017.8284683

Cited by 15 publications

(6 citation statements)

References 2 publications

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“…[5]- [11] IoT Gardening and Agriculture [13]- [15] IoT Health and Well-being [19]- [21] IoT Industrial Scenarios [16], [18], [32] IoT Other applications [22], [24]- [29] Paint Booth [30], [31] IIoT Paint Booth Our solution IIoT Paint Booth…”

Section: Referencementioning

confidence: 99%

“…On the other hand, temperature and relative humidity monitoring is an application of interest in different industrial and non-industrial scenarios, and multiple developments of this application under the umbrella of IoT and IIoT have been done. Some fields of applications are poultry farming [4], gardening, [5], [6], agriculture [7]- [11], food industry [12], health and wellbeing [13]- [15], weather stations [16], Smart Home and appliances [17], [18], and monitoring in industrial scenarios [19]- [21].…”

Section: Introductionmentioning

confidence: 99%

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IoT-based system for monitoring conditions in an industrial painting booth

Velasco-Hernandez

Mirani

Awasthi

et al. 2022

2022 33rd Irish Signals and Systems Conference (ISSC)

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During the last decades, the Internet of Things (IoT) has evolved significantly and the advances in sensors, networking and processing technologies have enabled the adoption of IoTbased concepts and solutions across different fields. Temperature and humidity monitoring is an application that is found in sectors like the food industry, environmental monitoring, agriculture, manufacturing, among others. In the industry, product painting is not only for the visual aesthetic of products but it is intended for protecting the items against corrosion, damage and for extending their lifetime. In order to get the best painting results, variables like temperature, relative humidity and dew point must be controlled in the environment. In this project, an IoT-based system for monitoring those variables is developed and evaluated, from the sensor level up to the end-user application level. By using Bosch CISS sensors, a Raspberry Pi SBC and the ThingsBoard platform, we developed and tested this solution. After presenting the requirements of the system and the architectural design, we detail on the implementation stage of each component of the solution, and share the results of the testing and evaluation. Finally, we discuss the limitations of the system and the future work envisaged for this project.

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Section: Referencementioning

confidence: 99%

Section: Introductionmentioning

confidence: 99%

IoT-based system for monitoring conditions in an industrial painting booth

Velasco-Hernandez

Mirani

Awasthi

et al. 2022

2022 33rd Irish Signals and Systems Conference (ISSC)

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“…El trabajo de los autores (Munandar et al, 2018) muestra la implementación del sistema meteorológico basado en la comunicación en serial. Posteriormente, las investigaciones de (Halder & Sivakumar, 2018) integran la opción de conectividad a Internet utilizando módulos GSM y Ethernet, en ambos casos, los parámetros monitoreados fueron humedad, temperatura, lluvia, REVISTA CIENTÍFICA radiación solar y radiación UV. En los estudios de (R. K. Math & Dharwadkar, 2017;Saini, Thakur, Ahuja, Sabharwal, & Kumar, 2016) utilizaron en sus aplicaciones el protocolo Zigbee, lograron medir datos meteorológicos, incluida la presión barométrica, la temperatura del punto de rocío, la temperatura del aire, la velocidad y la dirección del viento, la humedad relativa.…”

Section: B Estaciones De Monitoreo Basadas En Iotunclassified

Propuesta de una Plataforma de Bajo Costo Basada en Internet de las Cosas para Agricultura Inteligente

et al. 2020

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La agricultura tradicional se ve afectada en rendimiento y calidad por diferentes factores ambientales externos. Para enfrentar este problema se vuelve necesaria la innovación tecnológica, permitiendo de esta manera, optimizar recursos invertidos en los cultivos, para volverlos más productivos y rentables. Una de las alternativas de innovación para el sector agrícola es la implementación de Internet de las Cosas (IoT). Es así que este trabajo propone la implementación de una solución de hardware y software de bajo costo, que permita almacenar y analizar datos ambientales de los cultivos de manera centralizada y remota, para posteriormente realizar pronósticos con mayor precisión en indicadores ambientales como la humedad y la temperatura. Para el desarrollo de esta propuesta se utilizaron microcontroladores NodeMCU ESP8266, sensores de temperatura/humedad AM2302, sensores de lluvia MH-RD, y se desarrolló un dashboard para analizar los datos en tiempo real utilizando la herramienta node-red. Para que el sistema interactúe con los sensores remotos, se usó una conexión inalámbrica wifi por medio del protocolo MQTT. Las pruebas de esta propuesta se las realizaron en las parcelas agrícolas de la Universidad de las Fuerzas Armadas ESPE Sede Santo Domingo. Los resultados obtenidos mediante la operación del prototipo tuvieron mayor precisión en comparación de un termohigrómetro y la aplicación google weather.

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“…The monitored data uploaded on the cloud using a mobile application. The sensor used is wind speed, wind pressure, temperature, and humidity [2].B.S.Rao et al [3] have Created a wi-fi network by the client to get access the cloud services and microcontroller. The data is uploaded on the Thingspeak.…”

Section: Literature Reviewmentioning

confidence: 99%

An Intelligent Weather Monitoring System using Internet of Things

Prasanna¹,

Iyapparaja²,

Kumar³

et al. 2019

IJRTE

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With a drastic change in climate continuously it is very harmful to the people who are living in the disaster-prone areas. In some areas the people are not warned for the consequences of coming specifically in their areas, they are told about the average temperature and humidity of the city while the humidity and temperature vary at different altitude and changes at short distances. The system is a very cost-effective and efficient method for controlling and monitoring the weather, and it sends the data to the cloud so that it can be visible anywhere through internet. The temperature, humidity, and pressure play a significant role in different fields like agricultural, industrial and Logistical Field. Weather forecast is necessary for the growth and development of these industries. The Internet of Things (IoT) is the technology used in developing the proposed system, which is an efficient and advanced method for connecting the sensors to the cloud which can store real-time sensor data and connect the entire world of things in a network. Here things might be anything like electronic gadgets, sensors, and automotive electronic equipment. The system deals with controlling and monitoring the environmental conditions like Temperature, Pressure, Smoke, Relative humidity level and various other gases with sensors and sends the information to the cloud and then plot the sensor data in graphical form. An Intelligent prediction is to be done using machine learning. Machine learning is a branch of Artificial Intelligence (AI) which is a compelling method of Analyzing and predicting the given data-set. The data collected will be analyzed continuously. The real-time data which has to be sent through the sensor can be accessible throughout the world using the internet

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Embedded based remote monitoring station for live streaming of temperature and humidity

Cited by 15 publications

References 2 publications

IoT-based system for monitoring conditions in an industrial painting booth

IoT-based system for monitoring conditions in an industrial painting booth

Propuesta de una Plataforma de Bajo Costo Basada en Internet de las Cosas para Agricultura Inteligente

An Intelligent Weather Monitoring System using Internet of Things

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