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Nowadays there is a large number of cars in the world, they have overcrowded the cities, therefore the parking places are becoming more and more difficult to find. This reason has led in finding a solution for increasing the number of car parks on a small area. The paper proposes the development, functional description and testing of a smart parking system demonstrator based on elevator principal. The demonstrator can be controlled with the help of an android application which is connected to an Arduino via bluetooth.

Nowadays there is a large number of cars in the world, they have overcrowded the cities, therefore the parking places are becoming more and more difficult to find. This reason has led in finding a solution for increasing the number of car parks on a small area. The paper proposes the development, functional description and testing of a smart parking system demonstrator based on elevator principal. The demonstrator can be controlled with the help of an android application which is connected to an Arduino via bluetooth. [ABSTRACT FROM AUTHOR]