Paper Key : IRJ************252
Author: Shubham Dule,Yash Jagtap,Yash Pagade,Nemeshwar Makade
Date Published: 01 Apr 2024
Abstract
The Field of robotics has been exponential growthwith the amalgamation of multiple domains.This research paper delves into the creation of asophisticated WiFi-based remote control carsurveillance system, integrating cutting-edgetechnologies such as an ultrasonic sensor, ESP32-CAM module, and NodeMCU microcontroller. Thesystem's primary objective is to provide seamlessremote monitoring and surveillance capabilitiesthrough the capture and transmission of live videofootage. The ESP32-CAM module acts as the visualsensor, capturing high-resolution images and videostreams of the car's environment, while theNodeMCU microcontroller facilitates wirelesscommunication and remote control functionalities.Additionally, an ultrasonic sensor is incorporated toenable obstacle detection and navigation, enhancingthe system's autonomy and safety. Throughmeticulous experimentation and testing, the system'sperformance is evaluated across various scenarios,including security surveillance and environmentalmonitoring. The research findings underscore thesystem's effectiveness in real-world applications,highlighting its potential to revolutionizesurveillance and monitoring practices in diversesettings.through rigorous experimentation and testing, thesystem's performance is evaluated across a range ofscenarios, demonstrating its potential forapplications in security surveillance, environmentalmonitoring, and research exploration. The researchfindings highlight the system's versatility, reliability,and potential to revolutionize surveillance practicesin various domains.
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