Automatic Vending Parking System (Cylindrical Design)

Jinggai, Felix Abon (2018) Automatic Vending Parking System (Cylindrical Design). Technical Report. UTeM, Melaka, Malaysia. (Submitted)

Text (24 Pages) Automatic Vending Parking System (Cylindrical Design).pdf - Submitted Version Download (370kB)

Abstract

Human population keeps increasing in numbers which cause small country like Malaysia to be crowded especially in a big city like the capital city of Malaysia, Kuala Lumpur. This cause an increased number of vehicle on the road, which contributes to a problem lack of public parking area. This project aims to introduce automatic parking system to overcome such problem. The prototype to develop a multi-storey automatic parking system by using circular shape design which will reduce the amount of land used for the traditional parking area. The prototype will use linear elevator type of mechanism which using rack and pinion to drive the elevator system which used to deliver and receive the vehicles automatically which control by graphical programming written using LabVIEW software that uploads inside Arduino Mega 2560 board microcontroller. In this project, a comparison between automated and manual parking system based on cost, land requirement, safety and time-saving also will be conducted with analysis to determine and prove that automated parking system provide more benefit and cost-effective to be used. As the system operated automatically, human error could be reduced, which improve the security in public parking area.

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