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IMPLEMENTATION OF LIFI IN INTERVEHICULAR COMMUNICATION FOR ACCIDENT AVOIDANCE
Subject area: Science,Engineering and Technology · Area of research: Electronics and Communication Engineering
Abstract
This project serves as a savior to avoid road accidents. Here a recent technology called Li-Fi (Light Fidelity) is inculcated. Light fidelity is the latest technology that uses the fastest source i.e., light for communication. This is cost efficient and an effective way. In day to day life we use LED based light for illumination, so it can be used for communication because of advantage like fast switching and safe to human vision. It assists the drivers to take decision correctly and avoid collision. Using this Li-Fi the data is transmitted from one vehicle to another. Ultrasonic sensor is used to measure the distance between two vehicles. In this proposal the automatic brake is applied when the driver is alike .If a boozer is driving the vehicle, it?s detected using alcohol sensor and also data are transmitted to receiver vehicle, buzzer rungs and displayed about the existing scenario as programmed. Vehicle to vehicle communication has a bright future and act as a complement to the present RF communication by achieving higher efficiency. In this speedy world this technology suits the most.
Keywords
Alcohol sensor, Automatic brake, Li-Fi, Ultrasonic senso , Vehicle- to- vehicle communication
References
[1] D. N. S. Ravikumar & G. Nagarajan, ”Vehicle to Vehicle Communication using Li-Fi Technology”, International Journal of Pure and Applied Mathematics ,Volume 119 No.7,2018 pp.519-522
[2] Mr. T. N. Prabhu & B. Mohankumar, ”A Light Fidelity Mechanism for Accident Detection in Intelligent Transportation System”, Journal of Network Security Computer Networks, Volume 4 Issue 3,2018 pp.10-16
[3] Samreen N. Shaikh & Dr. S. R. Patil, ”Vehicle to Vehicle Communication for Smart cities”, International Journal of Advanced Engineering, Management and Science, Volume 2 Issue-9,2016 pp.1574- 1578
[4] Dahmani Mohammed & Meche Abdelkrim, “International Conference on Control Engineering and Information Technology”, December 2016 pp.16-18
[5] Adharsh. M & Ashok kumar. M ,”Vehicle to Vehicle Communication using Light Fidelity”, International Journal of Computer Application, Volume 164- No 2,April 2017 pp.5-8
[6] Rashmi Thakur, Sneha Balkawade & Vishakhamore,” Intervehicular communication using Li-Fi”, International journal for applied Science and Engineering Technology”, Volume 6 Issue I, January 2018 pp.1210-1212
[7] Sushant Patil & Shubhankar Mali, ”Vehicle to Vehicle communication system using Li- Fi technology”, IJSART Volume- 3 Issue- 6,2017 pp. 34-37
How to cite this paper
@article{1701156,
author = {R.Akshaya, T.Deepika, P.K.Lekshmi},
title = {IMPLEMENTATION OF LIFI IN INTERVEHICULAR COMMUNICATION FOR ACCIDENT AVOIDANCE},
journal = {Iconic Research And Engineering Journals},
year = {2019},
volume = {2},
number = {10},
pages = {255-259},
issn = {2456-8880},
url = {https://www.irejournals.com/formatedpaper/1701156.pdf},
abstract = {This project serves as a savior to avoid road accidents. Here a recent technology called Li-Fi (Light Fidelity) is inculcated. Light fidelity is the latest technology that uses the fastest source i.e., light for communication. This is cost efficient and an effective way. In day to day life we use LED based light for illumination, so it can be used for communication because of advantage like fast switching and safe to human vision. It assists the drivers to take decision correctly and avoid collision. Using this Li-Fi the data is transmitted from one vehicle to another. Ultrasonic sensor is used to measure the distance between two vehicles. In this proposal the automatic brake is applied when the driver is alike .If a boozer is driving the vehicle, it?s detected using alcohol sensor and also data are transmitted to receiver vehicle, buzzer rungs and displayed about the existing scenario as programmed. Vehicle to vehicle communication has a bright future and act as a complement to the present RF communication by achieving higher efficiency. In this speedy world this technology suits the most.},
keywords = {Alcohol sensor, Automatic brake, Li-Fi, Ultrasonic senso , Vehicle- to- vehicle communication},
month = {April},
}