Development of Laser Beam Cutting Edge Technology and Iot Based Race Car Lapse Time Computational System

B. Thiyaneswaran; E. Ganasri; A. H. Hariharasudan; S. Kumarganesh; K. Martin Sagayam; Helen Dang; Ahmed Alkhayyat

doi:10.1007/978-981-99-0639-0_10

Development of Laser Beam Cutting Edge Technology and Iot Based Race Car Lapse Time Computational System

B. Thiyaneswaran, E. Ganasri, A. H. Hariharasudan, S. Kumarganesh, K. Martin Sagayam, Helen Dang, Ahmed Alkhayyat

Mathematics and Computer Studies

Research & Scholarship: Chapter in Book/Report/Conference proceeding › Chapter

Abstract

A measurement of race car laps is a crucial parameter. Racing of car is one of the most popular sports activities all over the world. The lap crossing decides the winners based on time lines. Timing calculation plays an important role in racing. Every millisecond or microsecond difference that cannot be viewed by the naked eye. The computation of accurate time calculation must also be calculated on the racetrack, so that the exact winner can be awarded. The proposed system uses a laser beam transmitter and receiver for detecting laps crossing. The ATMEGA 328 controller continuously triggers the laser transceiver. This system provides the solution for time delay in lapse calculation for racing. The detection of vehicle is based on the beam cutting. The beam cutting time is compared with the exiting fully automatic testing system. The system is dedicated to sense the number of lapses made by the racing vehicle and lapse detail are upload in the google cloud. The proposed system supports the maximum laps width of 12 m, and computing time delay of 1–10 ns.

Original language	American English
Title of host publication	Low Power Architectures for IoT Applications
DOIs	https://doi.org/10.1007/978-981-99-0639-0_10
State	Published - Apr 5 2023

Keywords

ATMEGA328
LIDAR
Cloud
Laser beam
Race lapse

Disciplines

Computer Sciences

Access to Document

10.1007/978-981-99-0639-0_10License: Unspecified

Cite this

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title = "Development of Laser Beam Cutting Edge Technology and Iot Based Race Car Lapse Time Computational System",

abstract = " A measurement of race car laps is a crucial parameter. Racing of car is one of the most popular sports activities all over the world. The lap crossing decides the winners based on time lines. Timing calculation plays an important role in racing. Every millisecond or microsecond difference that cannot be viewed by the naked eye. The computation of accurate time calculation must also be calculated on the racetrack, so that the exact winner can be awarded. The proposed system uses a laser beam transmitter and receiver for detecting laps crossing. The ATMEGA 328 controller continuously triggers the laser transceiver. This system provides the solution for time delay in lapse calculation for racing. The detection of vehicle is based on the beam cutting. The beam cutting time is compared with the exiting fully automatic testing system. The system is dedicated to sense the number of lapses made by the racing vehicle and lapse detail are upload in the google cloud. The proposed system supports the maximum laps width of 12 m, and computing time delay of 1–10 ns.",

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AU - Kumarganesh, S.

AU - Sagayam, K. Martin

AU - Dang, Helen

AU - Alkhayyat, Ahmed

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KW - LIDAR

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KW - Race lapse

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Development of Laser Beam Cutting Edge Technology and Iot Based Race Car Lapse Time Computational System

Abstract

Keywords

Disciplines

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