Real Time Parking Solutions for Smart Cities
Sahota, Gurwinder (2021)
Sahota, Gurwinder
2021
All rights reserved. This publication is copyrighted. You may download, display and print it for Your own personal use. Commercial use is prohibited.
Julkaisun pysyvä osoite on
https://urn.fi/URN:NBN:fi:amk-202102112228
https://urn.fi/URN:NBN:fi:amk-202102112228
Tiivistelmä
Considering the ascent of metropolitan populace and gridlock in urban communities these days, savvy stopping is a major worry to deal with. In the examination field as well as, savvy urban communities are worried about practical turn of events and an elevated expectation of life by dominating in different zones, for example, portability, eco-accommodating climate, individuals' simplicity of living, and even administrative just as private organizations.
Though, a parking management system provides support and help to find out the optimal parking slots as per their expectations. Current smart parking systems introduce centralized parking solutions through which the drivers can communicate directly to a central server and retrieve the needed information from there. This way the drivers can be able to interact with the system directly and exchange the information as fast as they can. Additionally, on account of the advancement of correspondence innovations, drivers can all the more effectively find fulfilling parking spots with the assistance of stopping administrations.
Besides, the current and continuous chips away at shrewd stopping are confounded and transdisciplinary. While conveying a shrewd stopping framework, urban areas, just as metropolitan ability, need to spend quite a while to overview and review all the possibilities or conceivable outcomes. In addition, numerous discrete works include different orders, that are firmly connected and indistinguishable.
In a nutshell, this thesis introduces the main sensor technologies used to detect the status of a parking lot and various existing smart parking solutions. This thesis includes a literature survey for 2000-2018 parking solutions as they were implied to smart parking development and evolution. The thesis also provides technical information regarding parking information status that can share crucial information between wireless sensors as well as IoT devices and different parking systems.
Though, a parking management system provides support and help to find out the optimal parking slots as per their expectations. Current smart parking systems introduce centralized parking solutions through which the drivers can communicate directly to a central server and retrieve the needed information from there. This way the drivers can be able to interact with the system directly and exchange the information as fast as they can. Additionally, on account of the advancement of correspondence innovations, drivers can all the more effectively find fulfilling parking spots with the assistance of stopping administrations.
Besides, the current and continuous chips away at shrewd stopping are confounded and transdisciplinary. While conveying a shrewd stopping framework, urban areas, just as metropolitan ability, need to spend quite a while to overview and review all the possibilities or conceivable outcomes. In addition, numerous discrete works include different orders, that are firmly connected and indistinguishable.
In a nutshell, this thesis introduces the main sensor technologies used to detect the status of a parking lot and various existing smart parking solutions. This thesis includes a literature survey for 2000-2018 parking solutions as they were implied to smart parking development and evolution. The thesis also provides technical information regarding parking information status that can share crucial information between wireless sensors as well as IoT devices and different parking systems.