Abstract: The automotive industry's growing population has raised concerns about road congestion and traffic accidents. To tackle these challenges, the Internet-of-Things (IoT) paradigm has regained attention in the tech market, accompanied by advancements in modern wireless telecommunications. However, companies like Thinkware and Blackvue rely on cloud storage for driving purposes, necessitating manual file downloading and fast internet access (Costa, 2019). In this research study, it aims to build and develop a microcomputer based vehicle dashboard camera system that incorporates GPS tracking and synchronized data transfer to a mobile application to address this issue without relying on cloud storage. The system's goals were to increase vehicle security, incident reporting capabilities, and overall safety. The study used functional suitability, performance efficiency, usability, functionality, and aesthetics as evaluation characteristics, assessing the system's effectiveness using ISO 25010 and the Mobile App Rating Scale (MARS). Purposive sampling was used to determine a sample size of fifty respondents. Participants expressed satisfaction with functionality, performance efficiency, usability, and aesthetics, according to survey replies. The system's features, such as video synchronization, accurate date-stamped information, GPS tracker location, and weather tracker location, garnered positive feedback. The study's findings show that the proposed dashboard camera system achieves its objectives and has the potential to improve vehicle security, monitoring, and incident reporting. The study provides important insights for future developments in dashboard camera systems, GPS integration, mobile application interfaces, and incident reporting capabilities which this system can benefit car owners/drivers, law enforcement authorities, and helps to enhance vehicle security technologies.
Keywords: Micro-computer, vehicle, dashboard, Global Positioning System (GPS).
Title: DESIGN AND DEVELOPMENT OF A MICRO-COMPUTER BASED VEHICLE DASHBOARD CAMERA USING SYNCTHING APPLICATION
Author: Alecssandrei Nicole A. Loyola, Mckinley L. Petalver, Mark Kenji A. Trentado, Engr. Jocelyn B. Bernardino
International Journal of Engineering Research and Reviews
ISSN 2348-697X (Online)
Vol. 11, Issue 3, July 2023 - September 2023
Page No: 10-20
Research Publish Journals
Website: www.researchpublish.com
Published Date: 24-July-2023
