Authors :
Kanupriya; Manav Mogha; Shekhar Choudhary; Harshit Sharma
Volume/Issue :
Volume 8 - 2023, Issue 8 - August
Google Scholar :
https://bit.ly/3TmGbDi
Scribd :
https://tinyurl.com/yc5cdw74
DOI :
https://doi.org/10.5281/zenodo.8304913
Abstract :
The automated headlight management solution
described above offers a novel approach to counter the
challenges posed by glare from oncoming vehicle
headlights during nighttime driving. This glare can
potentially result in temporary visual impairment and
heighten the risk of accidents. The proposed system's core
function involves adjusting the brightness of the vehicle's
headlights based on the intensity of light originating from
the oncoming vehicle. By doing so, the system aims to
effectively mitigate this issue and bolster road safety. Solar
panel is used to detect the high beam from the opposite
vehicle. Pothole causes a dangerous situation during
driving. Due to weather conditions, bad construction and
too much weight of vehicles the roads are getting broken.
During the construction of bridges or dividers or other
such construction, it has been observed usually that the
workers dig many large holes for the pillars that many a
times specially during fog days (when visibility goes
approximately nil ) leads to are serious accidents we
witness every now and then , specially in our
underdeveloped cities and outer areas .The goal of our
project is to design a pothole detection system which will
assist the drivers to avoid potholes on the roads, by giving
them prior information through advanced Electronic
system . The system that is to be implemented in electronic
base vehicles is designed in such a manner that whenever a
pothole will be there in front of the concerned vehicle, the
system will detect the same and will automatically control
the speed of vehicle that may lead to nil movement of the
vehicle. The system consists of ultrasonic sensor , Arduino
UNO, Driver IC , LED and buzzer etc.
Keywords :
Headlight, Vehicle, Temporary Blindness, Solar Panel, Pothole , Buzzer.
The automated headlight management solution
described above offers a novel approach to counter the
challenges posed by glare from oncoming vehicle
headlights during nighttime driving. This glare can
potentially result in temporary visual impairment and
heighten the risk of accidents. The proposed system's core
function involves adjusting the brightness of the vehicle's
headlights based on the intensity of light originating from
the oncoming vehicle. By doing so, the system aims to
effectively mitigate this issue and bolster road safety. Solar
panel is used to detect the high beam from the opposite
vehicle. Pothole causes a dangerous situation during
driving. Due to weather conditions, bad construction and
too much weight of vehicles the roads are getting broken.
During the construction of bridges or dividers or other
such construction, it has been observed usually that the
workers dig many large holes for the pillars that many a
times specially during fog days (when visibility goes
approximately nil ) leads to are serious accidents we
witness every now and then , specially in our
underdeveloped cities and outer areas .The goal of our
project is to design a pothole detection system which will
assist the drivers to avoid potholes on the roads, by giving
them prior information through advanced Electronic
system . The system that is to be implemented in electronic
base vehicles is designed in such a manner that whenever a
pothole will be there in front of the concerned vehicle, the
system will detect the same and will automatically control
the speed of vehicle that may lead to nil movement of the
vehicle. The system consists of ultrasonic sensor , Arduino
UNO, Driver IC , LED and buzzer etc.
Keywords :
Headlight, Vehicle, Temporary Blindness, Solar Panel, Pothole , Buzzer.
