Smart Parking System – Before the innovation of smart technologies, traditional parking systems were not ready to connect with other systems inside the environment because of their exclusive software platforms. To put this simply, we simply didn’t have the innovation, understanding, or ability to make sense of how to interface these geospatial technologies. However, these days, with the advent of communication technology, such as sensors, geospatial innovation, the Internet of Things, artificial intelligence, RFID UHF tag, RFID readers, and information and communication technology, we can now make complex systems that not only perform a wide variety of activities but also seamlessly cooperate with other connected systems.
How? Through the trading of real-time data, data monitoring, and automatic adaption, which gets deduced through analysis and compiled into an end based informational sets. Which means, we would now be able to make anticipate results that are equipped for utilizing experimental information and experience to improve execution, improve performance, make legitimate thinking on future activities, and act self-sustainable. Presently while this is a very massive step forward in our technological capabilities, how can one incorporate this with a parking management system and how is the parking inventory compiled precisely? We should investigate these avenues next.
How might the Consumer Use a Parking Management System?
Many people realize that in the event that they need to go anywhere, or find a location or area anyplace, they should simply open up the application store on their phone and download an application. This would be the equivalent for parking management systems in significant metropolitan cities. A smart parking system would enable the parking operators to keep up maintain real time parking availability information data, which would be given to vehicle drivers through an application that they download on their phone. Because of how the parking availability system would function, the parking operators would approach all accessibility over all parking lots, parking structures, underground parking areas, and garages which would be sent to drivers through the application.
How to compile Parking Data?
For the most part, there would be two different ways that constant parking availability data would be obtained, either through vehicle movement location or vehicle video tracking, the two of which would utilize sensors and camera innovations.
Sensors:
A real-time parking management system that utilized sensors would have them installed at access and leave points inside the designated car parking area. These sensors would track the quantity of vehicles that would enter the garage and the number that would exit the structure. In the parking structure has multiple levels, at that point each parking space can be filled with sensors so as to give accurate information on what spots are occupied and what spots are empty. On the off chance that street parking is a piece of the condition, at that point on-street parking sensors would get implanted into the ground per parking space.
Cameras:
A real-time smart parking management system that utilized cameras would have them installed on each degree of the parking structure as these eventual what track where vehicles are located and whether a spot is empty or filled. With this kind of system, however, specialized software is expected to precisely identify each parking space concerning whether it is occupied or not. For the most part, these cameras would be mounted high up on light poles or on the structure’s beams.
Since we have gone over the two ways by which a real-time parking management system would be sent, how about basic components segments that would be required to build such a system.
Parking Management Server: A Parking management server would do a heavy lifting in terms of the hard work as far as the checking bit of the system. Its activity is track the parking space accessibility, predict the availability in real-time, and manage with the metering and charging billing system. Artificial intelligence would be utilized to precisely parking occupancy inhabitance all through the city dependent on recorded data.
IoT Hardware Platform:
A complex and connected hardware platform dependent on cameras and sensors would be utilized to detect whether a vehicle is available or missing from the parking spot. Utilizing IoT technology, it would connect with all parking structures in the zone and transmit this data back to the server.
Portable Application:
This would be a customized Android, iOS or cross platform application that a customer would use to find an empty parking space. The custom mobile application would show the driver real-time what parking spaces are available, which ones are taken, and would give an comprehensive and simple to follow to instruction on which space they can park in. This type of application may allow to take into parking space reservations, automatic billing tracking, and measure of time spent in each parking spot.
Location Based Technology:
Would be integrated into the application utilized by drivers with the automatic alerts could be shot out about what number of spaces are accessible, which parking lots in the vicinity have available spots, and which parking garages are full.
We can help!
How about we Nurture is a top mobile application development organization focused in upgrading lives utilizing cutting-edge technology solutions. We have developed IoT based Smart parking solutions using GPS technology for area discovery alongside Raspberry Pi equipment for our customer in INDIA. Our mobile development group made Smart Parking applications on both local Android and local iOS platforms.
Map Location with direct Navigation.
Advance Booking and Monthly Billing system.
Cashless payment with mobile wallets and other payment platforms.
Special facility for differently-abled drivers.
Slide to Open: The parking slider opens by sliding the door from the mobile application.