Authors :
Ishika SG ; Inchara HC ; Impana H ; Rushali SM
Volume/Issue :
Volume 8 - 2023, Issue 6 - June
Google Scholar :
https://bit.ly/3TmGbDi
Scribd :
https://tinyurl.com/4vfhdb57
DOI :
https://doi.org/10.5281/zenodo.8174087
Abstract :
As we all know that there is increase in
accidents now a day and we can also notice that there are
more accidents in two-wheeler vehicles than other. To
avoid this issue our government is implementing many
laws and regulation. With the help of smart helmet we
can help the government and also avoid the accidents.
The main objective of smart helmet is to detect and
reporting accidents. There is much need to use the
helmet while riding the vehicle because according to the
survey 4 people die every second by the accident so to
avoid this the use of helmet is needed. In this system
when the accident occurs it is informed to authenticated
person and also the detection of alcohol is done. The
project aims to develop a smart helmet using Internet of
Things (IoT) technology to enhance safety and
monitoring capabilities for users. The smart helmet
incorporates various sensors, such as accelerometers,
gyroscopes, GPS modules, and environmental sensors, to
collect real-time data on the wearer’s physical
parameters, location, and surrounding conditions. The
collected data is then processed and analyzed to detect
potential risks, such as accidents or hazardous situations,
and trigger appropriate actions or alerts. The
connectivity aspect of IoT enables communication with
other devices and systems, allowing for features like
location tracking, integration with smart city
infrastructure, and remote monitoring and control. The
project intends to improve safety, provide real-time
feedback, and enhance the overall user experience in
various applications, including industries, sports, and
healthcare. The rate of death relative to the size of the
world’s population has remained constant, according to
the world health organization (WHO). WHO targets to
minimize the ratio of road death to the half by 2022. This
paper discusses a way for accident detection and
notification which can decrease this ratio. The paper
reviews related work in different fields where smart
helmets have been implemented, including industrial
safety, sports, emergency services, navigation, and
communication. Researchers have integrated IoT sensors
into helmets to monitor parameters such as temperature,
gas levels, and impact forces, enabling early detection of
hazards and injury prevention. Additionally, smart
helmets have been designed with GPS navigation,
wireless communication, and video streaming
capabilities to enhance situational awareness and
communication among users.
Keywords :
Accidents, Smart Helmet, IOT, Laws and Regulation.
As we all know that there is increase in
accidents now a day and we can also notice that there are
more accidents in two-wheeler vehicles than other. To
avoid this issue our government is implementing many
laws and regulation. With the help of smart helmet we
can help the government and also avoid the accidents.
The main objective of smart helmet is to detect and
reporting accidents. There is much need to use the
helmet while riding the vehicle because according to the
survey 4 people die every second by the accident so to
avoid this the use of helmet is needed. In this system
when the accident occurs it is informed to authenticated
person and also the detection of alcohol is done. The
project aims to develop a smart helmet using Internet of
Things (IoT) technology to enhance safety and
monitoring capabilities for users. The smart helmet
incorporates various sensors, such as accelerometers,
gyroscopes, GPS modules, and environmental sensors, to
collect real-time data on the wearer’s physical
parameters, location, and surrounding conditions. The
collected data is then processed and analyzed to detect
potential risks, such as accidents or hazardous situations,
and trigger appropriate actions or alerts. The
connectivity aspect of IoT enables communication with
other devices and systems, allowing for features like
location tracking, integration with smart city
infrastructure, and remote monitoring and control. The
project intends to improve safety, provide real-time
feedback, and enhance the overall user experience in
various applications, including industries, sports, and
healthcare. The rate of death relative to the size of the
world’s population has remained constant, according to
the world health organization (WHO). WHO targets to
minimize the ratio of road death to the half by 2022. This
paper discusses a way for accident detection and
notification which can decrease this ratio. The paper
reviews related work in different fields where smart
helmets have been implemented, including industrial
safety, sports, emergency services, navigation, and
communication. Researchers have integrated IoT sensors
into helmets to monitor parameters such as temperature,
gas levels, and impact forces, enabling early detection of
hazards and injury prevention. Additionally, smart
helmets have been designed with GPS navigation,
wireless communication, and video streaming
capabilities to enhance situational awareness and
communication among users.
Keywords :
Accidents, Smart Helmet, IOT, Laws and Regulation.
