Many metropolitan zones have seen a dramatic increase in the number of visitors and customers in recent years because of urban renewal, the extension of transit services into suburban districts, and the general trend toward increasing mobility in the society. Because of this, there are too many cars on the road and not enough parking spots. This has made an effective parking management system necessary. The idea of smart cities has been very popular recently. The concept of a smart city today appears to be attainable due to the development of the Internet of Things (IoT). To increase the efficiency and dependability of urban infrastructure, ongoing IoT research is being conducted. IoT is used to address issues including traffic congestion, lack of car parking, and road safety. This project's primary goal is to lower the effort of locating parking spaces in any parking area. It reduces the need for automobiles to drive across occupied parking spaces in a city. 

IoT based Smart Parking Assistant for Smart Cities

Many metropolitan zones have seen a dramatic increase in the number of visitors and customers in recent years because of urban renewal, the extension of transit services into suburban districts, and the general trend toward increasing mobility in the society. Because of this, there are too many cars on the road and not enough parking spots. This has made an effective parking management system necessary. The idea of smart cities has been very popular recently. The concept of a smart city today appears to be attainable due to the development of the Internet of Things (IoT). To increase the efficiency and dependability of urban infrastructure, ongoing IoT research is being conducted. IoT is used to address issues including traffic congestion, lack of car parking, and road safety. This project's primary goal is to lower the effort of locating parking spaces in any parking area. It reduces the need for automobiles to drive across occupied parking spaces in a city.

This paper analyzes how developers can approach incorporating components based on service discovery technology to create a decentralized orchestration system connecting multiple remote services and allowing them to perform independent actions like continuous data sharing with other registered independent parties. To showcase these capabilities and usage of this model, example scenario is presented with a component for collecting and transmitting data originating from multiple mobile vehicles as well as monitoring application capable of connecting with any number of aforementioned working services operating within mentioned vehicles. To combine and configure data flow between both modules, the last part of the system contains the implementation of supplemented service discovery components utilized especially for that approach. Results show the effectiveness of the adaptation of predefined technologies and components in the production of a dynamic decentralized data sharing system as well as along with the simplicity in configuring specified modules to interact asynchronously with each other. From the marketing perspective, this study emphasizes how to create a modern system with advanced communication protocols due to provided high-class components without in-depth knowledge which can be utilized as commercial easily expandable application. 

Dynamic and Distributed Service Discovery Based Management System for City Parking Statistics Data Collection from Mobile Scanner Vehicles

In today’s world, where we as humans are constantly aiming towards improving machines and giving them a brain of their own, it is about time that our traffic trends and parking systems become as efficient and automated too. The aim of this paper is to acknowledge the increasing traffic, unorganized parking, and the time wasted while searching for a parking spot in an urban high vehicle density area and make an efficient parking system to avoid the same. Our approach includes the live navigation through our android app, which solves the problem of searching for parking lots in the area. Secondly, an android application is used to show the slots available/occupied in a parking lot. Thirdly, nodes at the parking slot help in making the parking organized. Lastly, an OTP-driven convenient payment method is made for fast functioning of parking exit systems.

Dhairya Sibal

Papers

Smart Parking Management System in Smart City