Authors :
Shobhit Tembhre; Aabha Pali; K.Vineel Chowdary; C.Vamsi Krishna Reddy; Kutala Ganesh; D. Kiran Kumar
Volume/Issue :
Volume 9 - 2024, Issue 1 - January
Google Scholar :
http://tinyurl.com/yc4zte9s
Scribd :
http://tinyurl.com/mpn3r7vh
DOI :
https://doi.org/10.5281/zenodo.10538805
Abstract :
Smart Public Transportation (SPT) is a
subsystem of Intelligent Transportation Systems (ITS)
that intelligently controls public transportation systems to
maintain their performance and provide information to
travelers and leaders. Advancements in equipment,
programming, and communication have led to the rise of
Internet-associated devices that gather data and
information. This paper reviews IoT-based smart public
transport and various techniques for intelligent transport
systems. While IoT currently prioritizes safety to avoid
road accidents, the study suggests integrating bus
scheduling, presence detection, and payment efficiency to
limit congestion and waiting times. The research proposes
breakthroughs combining the Internet concept with
industrial actors' platforms to harness IoT power for
various conveniences, particularly in public transport and
create an intelligent transportation system, a key indicator
of smart cities. The paper examines different ITS design
and models, identifying gaps in knowledge and presenting
investigations of various frameworks. Future extensions
in the field are suggested to make it easier to use.
Keywords :
IoT Sensors, ESP32 Microcontroller, IoT Cloud Platform, Embedded C, Arduino ide, Artificial Neural, IoT Networks
Smart Public Transportation (SPT) is a
subsystem of Intelligent Transportation Systems (ITS)
that intelligently controls public transportation systems to
maintain their performance and provide information to
travelers and leaders. Advancements in equipment,
programming, and communication have led to the rise of
Internet-associated devices that gather data and
information. This paper reviews IoT-based smart public
transport and various techniques for intelligent transport
systems. While IoT currently prioritizes safety to avoid
road accidents, the study suggests integrating bus
scheduling, presence detection, and payment efficiency to
limit congestion and waiting times. The research proposes
breakthroughs combining the Internet concept with
industrial actors' platforms to harness IoT power for
various conveniences, particularly in public transport and
create an intelligent transportation system, a key indicator
of smart cities. The paper examines different ITS design
and models, identifying gaps in knowledge and presenting
investigations of various frameworks. Future extensions
in the field are suggested to make it easier to use.
Keywords :
IoT Sensors, ESP32 Microcontroller, IoT Cloud Platform, Embedded C, Arduino ide, Artificial Neural, IoT Networks
