Authors :
N Kirthiga; R Mohan; P V Gowthami; V Jaswanth; P Sumanth Kumar Reddy
Volume/Issue :
Volume 9 - 2024, Issue 3 - March
Google Scholar :
https://tinyurl.com/4zfjvuth
Scribd :
https://tinyurl.com/mwkuu9d8
DOI :
https://doi.org/10.38124/ijisrt/IJISRT24MAR1407
Abstract :
Traffic jams, pollution, and wasteful use of
resources are just a few of the transportation-related
issues that have arisen as a result of urbanization.
Adapting sustainable transportation networks is crucial
to address these issues, and carpooling is one of the most
important tactics in this effort. To support the
development of a sustainable transportation ecology in
metropolitan areas, this abstract provides a thorough
foundation for a carpooling system. Utilizing
contemporary technology such as GPS monitoring, data
analytics, and mobile applications, the suggested
Carpooling System maximizes vehicle occupancy and
reduces travel times by pairing drivers and passengers in
the most efficient way possible. Ride-sharing experiences
are made easy and convenient by the system's
integration of user preferences, including routes,
departure hours, and passenger compatibility. To further
ease traffic congestion, minimize carbon emissions, and
encourage the economical use of transportation
resources, the Carpooling System was created with
sustainability as its primary goal. The approach
promotes widespread adoption and involvement by
offering incentives like cost-sharing and awards for eco-
friendly behavior. The Carpooling System not only
improves the environment but also the social and
economic spheres by increasing social connections,
encouraging community involvement, and saving
consumers money on commuting. The concept helps
create more inclusive and resilient metropolitan
communities by encouraging a shared mobility culture.
The importance of including carpooling in the larger
context of sustainable urban mobility is generally
highlighted by this abstract. A realistic way forward for
livable, equitable, and ecologically conscious cities in the
face of rising urbanization and transportation issues is
provided by the suggested Carpooling System, which
embraces innovation, technology, and cooperative
efforts.
Keywords :
Carpool, Traffic Congestion, Ride, Sharing, Affordability.
Traffic jams, pollution, and wasteful use of
resources are just a few of the transportation-related
issues that have arisen as a result of urbanization.
Adapting sustainable transportation networks is crucial
to address these issues, and carpooling is one of the most
important tactics in this effort. To support the
development of a sustainable transportation ecology in
metropolitan areas, this abstract provides a thorough
foundation for a carpooling system. Utilizing
contemporary technology such as GPS monitoring, data
analytics, and mobile applications, the suggested
Carpooling System maximizes vehicle occupancy and
reduces travel times by pairing drivers and passengers in
the most efficient way possible. Ride-sharing experiences
are made easy and convenient by the system's
integration of user preferences, including routes,
departure hours, and passenger compatibility. To further
ease traffic congestion, minimize carbon emissions, and
encourage the economical use of transportation
resources, the Carpooling System was created with
sustainability as its primary goal. The approach
promotes widespread adoption and involvement by
offering incentives like cost-sharing and awards for eco-
friendly behavior. The Carpooling System not only
improves the environment but also the social and
economic spheres by increasing social connections,
encouraging community involvement, and saving
consumers money on commuting. The concept helps
create more inclusive and resilient metropolitan
communities by encouraging a shared mobility culture.
The importance of including carpooling in the larger
context of sustainable urban mobility is generally
highlighted by this abstract. A realistic way forward for
livable, equitable, and ecologically conscious cities in the
face of rising urbanization and transportation issues is
provided by the suggested Carpooling System, which
embraces innovation, technology, and cooperative
efforts.
Keywords :
Carpool, Traffic Congestion, Ride, Sharing, Affordability.
