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Research Article | Open Access
Volume 13 2021 | None
DEVELOPMENT AND PERFORMANCE ANALYSIS OF AN IOT-ENABLED INTELLIGENT ROBOT FOR REAL-TIME MONITORING AND CONTROL
PABBATHI VISHNU, KASTURI HARSHA VEENA, GOLLAPALLI NAVEEN, BUDDI VAMSHI KRISHNA
Pages: 1273-1279
Abstract
This project explains how to create an intelligent robot that can be tracked and controlled in real time using the Internet of Things (IoT). This robot's principal functions include protection, remote surveillance, and obstacle detection in and around the home. It is outfitted with ultrasonic and thermal sensors to identify obstacles, as well as an ESP8266 NodeMCU and an Arduino UNO for wireless control and communication. Live video is sent from the camera. The robot successfully reduces the likelihood of human error and fatigue by utilizing these technologies, which also allow for remote monitoring and observation. The installation includes software for remote viewing and control through a web or mobile interface. Firmware development is also required for processing sensor data and controlling motors. Long-term field testing and a thorough evaluation of the robot's performance in a variety of environments confirm its suitability for security and surveillance tasks.
Keywords
IoT, intelligent robot, real-time monitoring, control, security, remote surveillance, obstacle detection
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