Published Paper Details:

The abstract for a project titled "AutoScout: Arduino-Powered GPS Adventure" can be summarized as follows: In an ever more interconnected global environment, the fusion of wireless communication technologies has emerged as a prominent focus of research and advancement. The implementation of a Wi-Fi-controlled car with obstacle avoidance and GPS tracking operates through user commands sent over Wi-Fi, interpreted by a microcontroller. It incorporates several key functions. The aim of our project is to control a car using the fastest WiFi technology. Obstacle Detection Sensors monitor the car's surroundings for obstacles. The GPS Location module pinpoints the car's current location and captures images of the surrounding environment. Data processing is used by microcontrollers to process GPS data and obstacle detection to make navigation decisions. Obstacle Avoidance the system adapts to avoid real-time obstacles. Key components of the system include Wi-Fi communication for user commands, an Arduino microcontroller for processing data, and GPS technology for location tracking. The combination of these technologies allows for real-time control, obstacle avoidance, and accurate route planning. This abstract highlights the significance of integrating Wi-Fi and GPS in the realm of autonomous vehicles, facilitating intelligent and autonomous car movement with broader applications in today's technologically connected world.