Paper Key : IRJ************633
Author: Prof. P. B. Aher,Mrunmayi Bopche ,Janvi Sayse,Ashita Humne,Achal Ghule
Date Published: 05 Apr 2024
Abstract
An "Autonomous Skateboard with DTMF-enabled Obstacle Detection System and GPS Navigation" presents an innovative integration of advanced technologies to create a smart and versatile personal transportation device. The system aims to enhance user safety and convenience by combining autonomous navigation capabilities with obstacle detection and remote control functionalities. The autonomous skateboard utilizes a combination of sensors, including ultrasonic or LiDAR sensors, for real-time obstacle detection and avoidance. This enables the skateboard to autonomously navigate through its environment while ensuring safe and efficient travel. Additionally, the integration of DTMF (Dual Tone Multi-Frequency) technology allows users to control the skateboard remotely, providing flexibility and convenience in operation. Furthermore, the inclusion of GPS navigation capabilities enhances the functionality of the skateboard by enabling route planning and tracking. Users can set destinations and receive real-time navigation guidance, making the skateboard suitable for both recreational and practical purposes.Through the implementation of this integrated system, the project aims to demonstrate the feasibility and potential applications of autonomous vehicles in personal transportation. The combination of obstacle detection, remote control, and GPS navigation functionalities provides a comprehensive solution for safer and more efficient travel experiences.
DOI Requested