Review on Automatic Smart Car Parking SystemJournal: International Journal of Computer Science and Mobile Computing - IJCSMC (Vol.11, No. 8)
Publication Date: 2022-08-30
Authors : Selorm Adablanu;
Page : 79-82
Keywords : GSM; Microcontroller; ASIC; USART; DC Motor; Stepper Motor; Rack pinion mechanism; Simulation; PLC based;
The purpose of this study is to provide an automated, user-friendly, and dependable parking system. Even if parking spots are known, many cars may chase them down, severely clogging the roads. In this study, we build and put into practice a smart parking system prototype. The suggested system has three operating modes: ON, OFF, and EMERGENCY. Through an IR sensor, the system was able to detect the presence of the automobiles blocking the main parking entrance. These IR sensors output data to the PLC (programmable logic controller). A worldwide trend is moving toward automatic automobile parking systems to determine precisely how much space is available for cars and to collect money as parking fees due to a scarcity of parking places and trained personnel. This new plan enhances the present auto parking system's dependability, and it can be readily put into place since it is highly cost-effective-using solar panels to provide all of its power-and the inexpensive IR sensor lowers the overall implementation cost. This type of equipment is important to address the issue of a lack of parking space in crowded cities since it is completely automated and assigns each user a unique ID that corresponds to the trolley that is assigned to them. The proportion of Indians who own cars and motorbikes has lately grown, boosting metropolitan traffic, as a result of changing economic behavior and an improvement in living standards. In order to facilitate the transportation network and guarantee the quality of urban life, parking difficulties will present a significant obstacle. In most major cities, it can be challenging for drivers to find a parking spot, especially during rush hour. The problem comes from not knowing where the open spots could be at that moment.
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Last modified: 2022-10-06 17:06:53