Authors :
Devansh Sharma; Ashish Kumar; Aryan Dhall; Riya Tomar; Vikrant Singh Pundir; Hemant Bhandari
Volume/Issue :
Volume 8 - 2023, Issue 11 - November
Google Scholar :
https://tinyurl.com/5n7tcj3r
Scribd :
https://tinyurl.com/5yn79w9m
DOI :
https://doi.org/10.5281/zenodo.10251059
Abstract :
The project described in the text seeks to use
of indigenous Vega Aries v3.0 Development Board to
create an Internet of Things (IoT) based system for
effective parking and toll management. With regard to
traditional parking and toll management systems, the
project seeks to address the problems of inefficient use of
parking spaces, insufficient real-time information,
manual toll collection, and insufficient security
measures. The toll collection process will be automated
by the system and real-time parking availability
information will be provided via Radio-Frequency
Identification (RFID) technology. The Vega Aries
Development Board will also be utilised in this project to
minimise needless fuel use, enhance security, and
maximise parking space utilisation.This paper also
addresses the shortcomings of conventional toll and
parking management systems and the demand for
effective, automated, and safe substitutes. The text's
related work section examines a number of earlier
research projects on automated parking and toll
collection systems built with the use of diverse
technologies, including WSNs, Bluetooth, Wi-Fi, image
processing, and Arduino Uno. The suggested system, the
text says in its conclusion, is based on Indian
Development Boards, which are more affordable,
quicker, safer, and more scalable for future growth.
Keywords :
Internet of Things, RFID, Parking Management, Toll Management, Vega Aries Development Board, ESP8266, THEAJS32.
The project described in the text seeks to use
of indigenous Vega Aries v3.0 Development Board to
create an Internet of Things (IoT) based system for
effective parking and toll management. With regard to
traditional parking and toll management systems, the
project seeks to address the problems of inefficient use of
parking spaces, insufficient real-time information,
manual toll collection, and insufficient security
measures. The toll collection process will be automated
by the system and real-time parking availability
information will be provided via Radio-Frequency
Identification (RFID) technology. The Vega Aries
Development Board will also be utilised in this project to
minimise needless fuel use, enhance security, and
maximise parking space utilisation.This paper also
addresses the shortcomings of conventional toll and
parking management systems and the demand for
effective, automated, and safe substitutes. The text's
related work section examines a number of earlier
research projects on automated parking and toll
collection systems built with the use of diverse
technologies, including WSNs, Bluetooth, Wi-Fi, image
processing, and Arduino Uno. The suggested system, the
text says in its conclusion, is based on Indian
Development Boards, which are more affordable,
quicker, safer, and more scalable for future growth.
Keywords :
Internet of Things, RFID, Parking Management, Toll Management, Vega Aries Development Board, ESP8266, THEAJS32.
