RESEARCH ARTICLE INTELLIGENCE

Articles Published 20 December 2024

GPS Controlled Environment Monitoring Robotic System Based On IOT

AUTHORS & AFFILIATIONS

Ranjeeta UG Students of Department of Electronics & Communication, Lingarajappa Engineering College Bidar,Karnataka.
Sumalata UG Students of Department of Electronics & Communication, Lingarajappa Engineering College Bidar,Karnataka.
Swati UG Students of Department of Electronics & Communication, Lingarajappa Engineering College Bidar,Karnataka.
Basavaraj UG Students of Department of Electronics & Communication, Lingarajappa Engineering College Bidar,Karnataka.
Mrs. Chaya. B Faculty, department of Electronics & Communication, Lingaraj appa engineering college bidar, Karnataka India.

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Keywords:

PIRsensor,Ultrasonicsensor, Fire sensor, RF module, IOT,WSN

Abstract

A lot of the current research is based on environmental tracking utilising sensing devices.Temperature, humidity, strain, light illumination, and fuel recognition are the critical specifications. To keep an eye on such factors in the form of Net of Points, many smart offers were proposed. It is possible to get access to the facility site where the use of conventional sensing units is limited by answering questions based on the present attractiveness of robot vehicles (MotorHome).In order to carry out any daily process, intelligent environmental monitoring is a must.There are a lot of solutions to the problem.You may find solutions to these issues in the paper that was suggested. It is widely believed that this is a modern method of recording the weather in a specific location and making that information accessible to people all over the world. An innovative and efficient way to connect subjects to the internet and the global community is the suggested generation behind the Net of Points. The usage of sensors is suggested for monitoring specifications such as temperature, humidity, pressure, and extra moisture. It is the controlling device that receives the data. Here, we're using an ARM and a silicon chip with a DHT11 humidity sensor, gas detector, and moisture detection gauge to track the amount of excitement that each of these factors brings to the website over time. Using a WI-FI module for control, the advanced self-sufficient car may move autonomously from one location to a client-prescribed area.

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Published

20-12-2024

How to Cite

Ranjeeta, Sumalata, Swati, Basavaraj, & Mrs. Chaya. B. (2024). GPS Controlled Environment Monitoring Robotic System Based On IOT. Journal of Scientific Research and Technology, 2(12), 73–77. Retrieved from https://jsrtjournal.com/index.php/JSRT/article/view/436
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