Notes

Due to a lack of parking facilities and an increase in the number of vehicles, parking is becoming a significant problem in urban areas. An advanced technique is utilised to create a smart car parking system that uses the Internet of Things to make it simple and comfortable to prevent wasting time looking for parking. The parking area in an apartment complex or shopping centre will be updated as a status on the IOT URL website. The parking lot's dimensions are noted and divided into numerous blocks that can accommodate a car. By opening the website, the user can find the parking area's specifics. To find the free block, numerous sensors are employed.



Parking is turning into a major issue in metropolitan areas due to a lack of parking places and a growth in the number of automobiles. A cutting-edge method is used to develop a smart car parking system that makes it convenient and comfortable to avoid wasting time hunting for parking. An apartment complex's or a mall's parking lot will be updated as a status on the IOT URL website. The measurements of the parking lot are specified and divided into many blocks, each of which can hold a car. The user can access the website to discover more information about the parking area. Multiple sensors are used to find the free block.

Present day's car parking has become a major issue in urban areas with lack of parking facilities and increased amount of vehicle. To avoid the wastage of time in searching the space for parking, an advanced method is used to build a smart car parking system which uses the Internet of Things to make it easy and comfortable. The measurement of the parking lot is noted and divided into many blocks that fit a car into it and the details of the parking area in an apartment or in a mall will be updated as a status in the IOT URL website. The user can find the detail of the parking area by opening the website. Many sensors are used to find the free block in the parking lot of an apartment. The IR sensors are used to detect the free block and indicate the details in the IOT website. This system uses the LCD and an alarm or buzzer as an alert system. An IR sensor is placed at the entrance of each block. Whenever a car enters, the IR sensor detects and uploads the information to the website using the IOT. It contains the details about the number of blocks available in the parking slot. This system also includes a counting technique to find the number of cars parked in the lot. The LCD display will show the direction to the available free blocks in the parking lot and the buzzer will turn on while the car enters the minimum range from the wall or block to avoid the collision. The total operation of the system is controlled by a ARDUINO microcontroller which does the IOT operation, sensor operation and alert system. The future a GPS module can be inserted to pin-point the exact location of the parking lots in unknown areas.