Enabling Smart Parking to Make Smart Cities a Functional Reality
FREMONT, CA: Smart parking solutions use a combination of technologies like Artificial Intelligence (AI), IoT, machine learning, and more to identify and report the availability of parking spots in real-time. It leverages information collected from multiple sensors embedded in parking locations that creates a dynamic parking map
Finding a space to park your vehicle is one of the most challenging tasks today. A motorist at least makes a few circles before finding a spot to park their vehicle in a busy street. This is primarily due to the high motor ownership numbers. Finding a parking spot has now become a time and resource-consuming process. In most cases, people are forced to park their vehicles far away from their destination and are required to commute the distance on foot. Smart cities have been a work in progress for some years; however, this cannot become a reality if a parking solution is not found in the near future. Smart parking has burst onto the scene in many regions and is widely accepted as a viable solution to the never-ending parking crisis. Smart parking solutions use a combination of technologies like Artificial Intelligence (AI), IoT, machine learning, and more to identify and report the availability of parking spots in real-time. It leverages information collected from multiple sensors embedded in parking locations that creates a dynamic parking map. Here are some smart parking innovations that will make real-time parking maps a common thing in the future.
Vehicle tracking is possible with GPS and OBD sensors that collect data on cars to determine the occupancy of parking spaces. This information is then processed in a connected server and presented in a readable format with motorists. The foundation of vehicle tracking is IoT, which helps track down vehicles accurately and has a tiny margin of error when backed up with good connectivity. This innovative use of IoT is being used on a large scale by corporations for automotive fleet management.
An Automated Parking System (APS) is capable of moving cars up and down a multi-story parking facility. This idea also requires minimum space. Being automatic means there is no need to leave space for humans to get out or get in the parking spaces. The idea also reduces the land used for parking structures and is an efficient concept for malls and other places of mass gatherings.
A parking counter is a digital system that detects the number of available parking slots in a structure and informs the motorist in real-time. The system makes quick notes of vehicles entering and leaving the parking facility and is capable of predicting rush hours and when there will be a surge in demand for parking. This technology is already visible in many places.