Smart parking system provides real-time information about the availability of parking space in a particular location, thereby enabling hassle-free vehicle parking while saving on time, cost, and fuel. It consists of low-cost sensors, real-time data collection and analytics, and automated payment systems that allow people to find parking in desired locations and pay for it in advance.

Once deployed, the smart parking system helps in reducing exhaust emissions from cars in urban cities by reducing the needless circling of city blocks in the search of parking space. It also efficiently manages the availability of parking space for cities and controls illegal parking.

The rapid growth in the number of vehicles worldwide is increasing the scarcity of parking space, which is further magnifying the need for smart and innovative parking systems. Whether at airports or shopping centers, parking issues are a regular occurrence, in turn hurting the local business and affecting the quality of life of the city residents. These intelligent parking management systems provide high levels of convenience to the drivers while simplifying and automating the parking site operations.

Deploying smart parking systems in cities requires data collection and management, integration with mobile phones, and various software and hardware innovations. Furthermore, there is a need for cooperation among various parking stakeholders such as off and on-street parking operators, transport authorities, municipalities, as well as customers. 

North America is expected to generate a revenue of US$34.6 mn for the global market for smart parking systems by 2022, due to the presence of dense traffic in cities such as New York, Los Angeles, and others. These cities are also showing a higher level of awareness towards modern solutions for traffic control and parking, thereby becoming an optimized region for the large-scale adoption of smart parking systems. 

Various smart parking systems have already been implemented in North America, such as the SFpark program implemented in San Francisco. Areas in the city equipped with SFpark systems have sped up parking of vehicle by five minutes on average when compared to conventional parking methods. Programs such as these are proof that the smart parking systems can bring about a successful change in traffic and parking conditions across the world. 

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