| Title |
An Improved Fuzzy Logic Based Alcohol Detection System To Preserve Road Safety Using Smart Sensors Association |
| ID_Doc |
8259 |
| Authors |
Kavitha V.R.; Muthu A.; Geetha B.; Pandi V.S.; Dinesh M.; Princy B.A. |
| Year |
2023 |
| Published |
3rd IEEE International Conference on Mobile Networks and Wireless Communications, ICMNWC 2023 |
| DOI |
http://dx.doi.org/10.1109/ICMNWC60182.2023.10435877 |
| Abstract |
The increased risk of being involved in a traffic collision is directly proportional to the rate at which the number of vehicles on the road is growing. The majority of people in the world believe that driving under the influence of alcohol is a significant factor in the number of people killed in car accidents. The fundamental purpose of this investigation is to develop a device that is able to determine the degree of drunkenness that is present in the driver of a motor vehicle. The purpose of the proposed system is to discourage users from getting behind the wheel while under the influence of alcohol or drugs in order to reduce the number of accidents that are caused by intoxicated drivers. As part of this investigation, we propose the Fuzzy Assisted Alcohol Detection Mechanism (FAADM), which is a logical fuzzy-based alcohol detection mechanism. It uses a Direct Current (DC) motor as the vehicle's engine and a push button as its ignition system. This mechanism detects the presence of alcohol using a fuzzy-logic approach. The efficiency of this system is always being evaluated to ensure that it performs as designed. If this system were put into place, there would be a reduction in the number of accidents on the roads of smart cities that were caused by drivers who were under the influence of alcohol. It is strongly suggested that this system be fitted and installed inside the vehicle. In the event of an unexpected emergency, the engine should be turned off and the alarm should be activated. If there has been no drinking or accidents, the security system can be disarmed and the vehicle's engine should be started. If alcohol is found, the car will be turned off and an alarm will ring. As the number of incidents caused by intoxicated drivers continues to rise, the implementation of a system that combines alcohol detection and vehicle immobilization has been proposed as a potential solution. Engineers have developed a gadget that can detect the amount of alcohol in a driver's breath and then send that information to a remote location via a wireless connection. The goal of the device is to stop drunk drivers from being able to start their automobiles. This assessment is a part of a bigger system that stops drunk drivers from starting their vehicles, and its purpose is to determine whether or not the driver is impaired. Rolling retests are necessary requirements of the system in order to verify that the driver is alert at all times. © 2023 IEEE. |
| Author Keywords |
Alcohol Detection Mechanism; Alcohol Identification; Drunk and Drive; FAADM; Fuzzy Logic; Microcontroller; Road Safety; Sensors |
