A Real and Accurate GPS based Environmental Monitoring Robotic System using IoT

Nayanasitachowdary, K.; Padmaja, M.

doi:10.1109/i-smac52330.2021.9640769

Cited by 3 publications

(1 citation statement)

References 13 publications

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“…Under the influence of the fourth industrial revolution, numerous research has been carried out to create temperature, humidity, and air pressure monitoring systems that use different microcontrollers and Internet of Things (IoT) technologies to monitor and make choices. Nayanasitachowdary et al [15] built a system of environmental monitoring based on IoT using a robotic system. The interface system was created using ThingSpeak and an IoT platform, and the data was gathered using an Arduino Mega as the microcontroller.…”

Section: Introductionmentioning

confidence: 99%

Arduino and Iot-Based Observation Method for Monitoring Temperature, Humidity, and Air Pressure of Electron Beam Accelerator’s Room

Rachmawati,

Linandia,

Fajarudin

et al. 2024

gnd

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The monitoring system for temperature, humidity and air pressure in the electron accelerator’s room has been designed. This research is based on operational environmental monitoring procedures in the accelerator room that must be carried out before the accelerator operates. We offer a simple and adaptable monitoring solution for the electron accelerator room. Parameter data can be monitored using a smart device. Operators do not need to go into the accelerator room to carry out environmental monitoring. The proposed system uses Arduino technology and the Internet of Things (IoT). Data acquisition programming was performed using Arduino IDE and ESP8266 NodeMCU as microcontrollers. The microcontroller then transmits temperature, humidity, and pressure data parameters to the cloud server, where they are then displayed on the smart device via the Blynk app. The results show that the system that has been designed is able to read and store parameter readings on the sensors used and the system has been able to make decisions in the form of notifications about whether the Electron Beam Machine is ready or not to be operated.

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Section: Introductionmentioning

confidence: 99%

Arduino and Iot-Based Observation Method for Monitoring Temperature, Humidity, and Air Pressure of Electron Beam Accelerator’s Room

Rachmawati,

Linandia,

Fajarudin

et al. 2024

gnd

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Design and development of robotic technology through microcontroller system with machine learning techniques

Chinthamu,

Gopi,

Radhika

et al. 2024

Measurement: Sensors

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A Survey paper on ARM based GPS Controlled Robot for Environment Monitoring using IoT

Bharateesh¹,

Kumar²,

Soujanya³

et al. 2023

JISMAC

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Environmental screening or monitoring is the process which helps to screen and identify the quality of specific environment. Environmental screening is extensively used in the environmental impact assessments and in situations when human activities can have a devastating effect on the nature. All the screening programs have tactics and agendas which can define the current state of environment or create patterns in environmental constraints. The obtained results are screened, analyzed in various ways and can also be published. Thus, the screening or monitoring task should contribute to put up final use before the process starts. This work elaborates the designing a robot, embedded with sensors to extract atmospheric data from the surroundings. This data is processed and used to monitor the environment, and thereby simultaneously updating the data to the cloud platform namely ThingSpeak. The system can update the sensor data to IoT server at a regular interval of time. The stored data can be used for the future analysis of environmental parameters like in the reduction of overall pollution, conservation of energy and also in providing a complete improved living environment. The above-mentioned robot is intended to use in workplaces where the human intervention is hazardous and sometimes may be fatal to workers.

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A Real and Accurate GPS based Environmental Monitoring Robotic System using IoT

Cited by 3 publications

References 13 publications

Arduino and Iot-Based Observation Method for Monitoring Temperature, Humidity, and Air Pressure of Electron Beam Accelerator’s Room

Arduino and Iot-Based Observation Method for Monitoring Temperature, Humidity, and Air Pressure of Electron Beam Accelerator’s Room

Design and development of robotic technology through microcontroller system with machine learning techniques

A Survey paper on ARM based GPS Controlled Robot for Environment Monitoring using IoT

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