SMART VIDEO SURVEILLANCE WITH WIRELESS NOTICE ANNOUNCEMENT VEHICLE FOR COLLEGE

Abstract

In this paper, we present the design and implementation of a Smart Video Surveillance System integrated with a Wireless Notice Announcement Vehicle specifically developed for a college campus environment. The system utilizes a low-cost, efficient approach leveraging Arduino microcontrollers, solar energy, and wireless communication technologies to enhance security and campus communication. The vehicle, powered by a solar panel and a 12V battery, is designed to move autonomously while providing live video surveillance via an onboard camera. Real-time video data can be transmitted to monitoring stations or stored for future reference. HC-05 Bluetooth module is used for wireless communication between the vehicle and a smartphone or PC, allowing users to control the vehicle remotely. Additionally, the system features a Voice IC and speaker, enabling the vehicle to broadcast pre-recorded announcements to various parts of the campus. The L293D motor driver with a gear motor controls the movement of the vehicle, ensuring precise navigation and movement. The integration of a Radio Positioning System (RPS) allows for autonomous navigation, providing increased mobility and flexibility for the vehicle to cover large areas without manual control. The primary goal of this project is to create a self-sustaining, eco-friendly solution for continuous surveillance and communication that reduces reliance on traditional power sources. By combining these technologies, the system offers enhanced campus security while simultaneously serving as a tool for efficient notice dissemination. The results of this system can be scaled for large educational institutions, and with further enhancements, it could integrate more advanced technologies such as GPS, cloud storage, and AI-based object recognition for further automation.