Authors :
D. Loganathan, M.E.; Bharathi Kannan .B; Harishram.K.S; Manoj.M; Ramesh.S
Volume/Issue :
Volume 9 - 2024, Issue 2 - February
Google Scholar :
http://tinyurl.com/r8vwxw9t
Scribd :
http://tinyurl.com/mpa6zkpd
DOI :
https://doi.org/10.5281/zenodo.10663029
Abstract :
The purpose of this project is to analyze the
existing state of the Indian automotive industry and its
standards, and then develop a concept vehicle that can
not only improve the current standard of safety and
comfort in Indian automobiles. It acts as a warning in the
event of an impending collision. An infrared transmitter
and receiver comprise the gadget. Even if it is not
receiving infrared beams from the approaching car, the
device will nevertheless sound an alarm once. This is
because it reflects its own infrared photons. The total
system was implemented with a created work, tested
working, and perfectly functional at the end of the design
and testing procedure. The device operates by emitting
streams of infrared light and alerting the user when an
obstruction is detected within a certain range or safe
distance. Our goal with this project is to create and
demonstrate a cutting-edge technology that decreases the
likelihood of a collision by providing early warning using
sensing and in-built circuitry.
The purpose of this project is to analyze the
existing state of the Indian automotive industry and its
standards, and then develop a concept vehicle that can
not only improve the current standard of safety and
comfort in Indian automobiles. It acts as a warning in the
event of an impending collision. An infrared transmitter
and receiver comprise the gadget. Even if it is not
receiving infrared beams from the approaching car, the
device will nevertheless sound an alarm once. This is
because it reflects its own infrared photons. The total
system was implemented with a created work, tested
working, and perfectly functional at the end of the design
and testing procedure. The device operates by emitting
streams of infrared light and alerting the user when an
obstruction is detected within a certain range or safe
distance. Our goal with this project is to create and
demonstrate a cutting-edge technology that decreases the
likelihood of a collision by providing early warning using
sensing and in-built circuitry.
