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Zenodo
2025
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| Online Access: | https://doi.org/10.5281/zenodo.15313843 |
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| _version_ | 1866901950570692608 |
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| author | S.U Kadlag, Aditi Avhad, Anushka Awari, Vaishnavi Ghule, Gunjal Tulshi |
| author_facet | S.U Kadlag, Aditi Avhad, Anushka Awari, Vaishnavi Ghule, Gunjal Tulshi |
| contents | <p>Due to urban regeneration, the expansion of transit services into suburban regions, and the overall trend<br>toward increasing mobility in our society, the number of visitors and clients in many metropolitan areas<br>has seen spectacular rise in recent years. The outcome is an excess of cars compared to available parking<br>spots. An effective parking management system is now necessary because of this. A citizen who wishes to<br>park their vehicle on the premises of any business can receive a decent service via the use of an automated<br>system that is based on an Internet of Things (IOT) parking management system. With the use of sensors,<br>the Internet of Things (IoT) links the physical infrastructure of parking spaces with information and<br>communication technologies. This allows for the provision of smart management services based on<br>applications. An Internet of Things (IoT) application would be created to put this idea into action. Using<br>this software, users will be able to see which parking lots have available spots and park accordingly. Every<br>parking lot should have a control system that can track the availability of parking spots, whether they are<br>free or not, and let users know if the lot is open or not. Also, the app will show you how much you owe for<br>parking based on how long you parked. Additionally, it can detect when a car has pulled up to the gate,<br>allowing for automatic opening. Operators can now use the robotic guide lines to autonomously park the<br>car after checking for available spaces. </p> |
| format | Recurso digital |
| id | zenodo_https___doi_org_10_5281_zenodo_15313843 |
| institution | Zenodo |
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| publishDate | 2025 |
| publisher | Zenodo |
| record_format | zenodo |
| spellingShingle | Smart Car parking System using Blockchain and IOT S.U Kadlag, Aditi Avhad, Anushka Awari, Vaishnavi Ghule, Gunjal Tulshi <p>Due to urban regeneration, the expansion of transit services into suburban regions, and the overall trend<br>toward increasing mobility in our society, the number of visitors and clients in many metropolitan areas<br>has seen spectacular rise in recent years. The outcome is an excess of cars compared to available parking<br>spots. An effective parking management system is now necessary because of this. A citizen who wishes to<br>park their vehicle on the premises of any business can receive a decent service via the use of an automated<br>system that is based on an Internet of Things (IOT) parking management system. With the use of sensors,<br>the Internet of Things (IoT) links the physical infrastructure of parking spaces with information and<br>communication technologies. This allows for the provision of smart management services based on<br>applications. An Internet of Things (IoT) application would be created to put this idea into action. Using<br>this software, users will be able to see which parking lots have available spots and park accordingly. Every<br>parking lot should have a control system that can track the availability of parking spots, whether they are<br>free or not, and let users know if the lot is open or not. Also, the app will show you how much you owe for<br>parking based on how long you parked. Additionally, it can detect when a car has pulled up to the gate,<br>allowing for automatic opening. Operators can now use the robotic guide lines to autonomously park the<br>car after checking for available spaces. </p> |
| title | Smart Car parking System using Blockchain and IOT |
| url | https://doi.org/10.5281/zenodo.15313843 |