Smart Vehicle Management System for Accident Reduction by Using Sensors and An IoT Based Black Box

Rahman, Mohammad Minhazur; Kabir, A. Z. M. Tahmidul; Khan, Shoumic Zaman; Akhtar, Nahin; Mamun, Abdullah Al; Hossain, Shah Mohammad Mahmud

doi:10.23919/eecsi53397.2021.9624240

Cited by 8 publications

(4 citation statements)

References 28 publications

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“…All bodies or things that are not securely fastened to the car, for instance, will continue to move at the impact speed when the car suddenly comes to a halt. This acceleration is measured by the sensors, which then provide useful data to the control unit [21]. The features of Crash Collision Sensor include low output module, No high-output class, No lightning bumps.…”

Section: Crash Sensor (Yl 99)mentioning

confidence: 99%

Design and Implementation of a Car’s Black Box System using Arduino

Thanikachalam,

Thavasimuthu,

et al. 2024

Int. Res. J. multidiscip. Technovation

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A black box system (BBS) in a car is crucial for recording and analyzing critical data to enhance safety, investigate accidents, and improve vehicle performance. This research presents a BBS developed using Arduino for cars, aimed at using the power of modern technology for comprehensive data capture and analysis in vehicular contexts. The BBS, or Event Data Recorder (EDR), is an essential component for enhancing road safety, accident analysis, and overall vehicle performance evaluation. The proposed system uses Arduino, a versatile and cost-effective microcontroller platform, to create a robust and customizable solution. It integrates various sensors and data acquisition modules to collect critical data points, including speed, acceleration, GPS coordinates, engine performance, and vehicle diagnostics. The architecture of the system and its smooth integration into automobiles are described in this article through detailed hardware and software design. Data retrieval and analysis are made possible by the system's user-friendly interface, which helps with fleet management, driver behaviour analysis, and accident investigation. This paper addresses the importance of data privacy and security while highlighting technological improvements. It proposes measures to ensure that personal data is managed responsibly and in accordance with legal requirements. In conclusion, a major advancement in improving road safety and vehicle monitoring has been made with the integration of Arduino technology into the car's BBS. Considering data security and privacy, this system provides users with an extensive set of facts to enable them to make well-informed decisions.

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Section: Crash Sensor (Yl 99)mentioning

confidence: 99%

Design and Implementation of a Car’s Black Box System using Arduino

Thanikachalam,

Thavasimuthu,

et al. 2024

Int. Res. J. multidiscip. Technovation

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“…A piezo sensor is employed as a key sensory element, and the programming is accomplished using AVR Studio and AVR Dude [13]. This study significantly enhances accident data capture and reporting, blending hardware components and microcontroller technology for improved accident information retrieval [14] [15]. Prabha et al [16] have made a big contribution to enhancing travel safety, utilizing GSM and GPS technology for real-time accident detection and notification.…”

Section: Related Workmentioning

confidence: 99%

Enhancing Vehicle Safety: A Comprehensive Accident Detection and Alert System

Alsayaydeh,

Yusof,

Abdillah

et al. 2023

IJACSA

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This research pioneers a ground-breaking system meticulously engineered to swiftly detect vehicular accidents and dispatch immediate alerts to both emergency services and preassigned contacts. This symphony of cutting-edge technologies includes an accelerometer sensor attuned to detect acceleration in any vector, a dynamic Liquid-Crystal Display (LCD) display for rapid alert dissemination, an assertive buzzer for resonant alarms, a Global System for Mobile (GSM) module for the swift transmission of distress messages, and pinpoint location data provided by a Global Positioning System (GPS) module. A userfriendly 'cancel' button acts as an escape hatch from potential false alarms. Orchestrated by the dexterity of an Arduino Uno microcontroller, this ensemble orchestrates a harmonious ballet of safety. This solution boasts cost-effectiveness, steadfastness, and unparalleled efficiency. Rigorous testing across diverse scenarios confirms its precision and robustness. By enhancing accident detection accuracy, expediting emergency responses, and facilitating rapid location dissemination, this innovation serves as a vital lifeline, empowering both passengers and rescue services upon accident initiation. With location data as its guiding star, emergency services gain a swift navigational edge, offering a beacon of hope in the battle against accident-related casualties.

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“…As a supplement to this was used [2], it is important to provide recorders that critically monitor what happens in vehicles before, after, and after a collision. Some events have evidence and explanations, while others are unexplained and cannot be explained [3]. But, in order to figure out why such accidents happened, we were taught to build a system that would have evidence on the causes of accidents and save cars from collisions.…”

Section: Introductionmentioning

confidence: 99%

A smart IOT based black-box system for automobiles

Vanitha

Arunkumar

et al. 2023

J. Phys.: Conf. Ser.

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The combination of computer technology and cars has resulted in the creation of a new level of knowledge services in vehicles. The capabilities that the car recorder has are quite similar to those of a heavier-than-aircraft recorder. It is used to study the causes of automobile accidents and to avoid the loss of life and property that occurs from the collisions. In this study, a paradigm for an associate Automobile Recording System that will be installed inside automobiles is proposed. The purpose of the system is to conduct an investigation into the occurrence of accidents by searching for the reason in an objective manner and monitoring what takes place within the cars. The method also includes enhancing safety by prohibiting tampering with the recorder’s information in order to make it more foolproof. The Arduino controllers are used in order to control the various sensors. The primary objective of this study is to design a model for the recorder system that can be installed into any vehicle, located anywhere in the world. This paradigm is often conceived using the smallest possible range of circuits. This leads to the development of safer cars, improved care for accident survivors, assistance to insurance companies for auto crash reports, and improved traffic safety on roads, all of which contribute to a lower death rate. Additionally, this helps improve traffic safety on roads, which also contributes to improved road safety.

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Smart Vehicle Management System for Accident Reduction by Using Sensors and An IoT Based Black Box

Cited by 8 publications

References 28 publications

Design and Implementation of a Car’s Black Box System using Arduino

Design and Implementation of a Car’s Black Box System using Arduino

Enhancing Vehicle Safety: A Comprehensive Accident Detection and Alert System

A smart IOT based black-box system for automobiles

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