SkeyeVSS video fusion helps underground parking lot safety
1. Background
With the acceleration of urbanization in our country, cars as a means of transportation have become an indispensable part of people's lives. In many cities, it is easy to buy a car but difficult to park. Especially in crowded shopping malls and office buildings. The traffic flow in and out of the underground parking lot is large and the traffic conditions are complex. For example, manual judgment is required for each vehicle, which wastes a lot of time, is not conducive to vehicle management and query, and is inefficient. There are often incidents of cars being scratched in the garage. With traditional parking lot monitoring systems, property personnel cannot view the situation in the parking lot in real time in the monitoring room, causing car owners to be unable to retrieve relevant video information in a timely manner when dealing with problems. In order to improve this management model that is not commensurate with modern parking lots, it is necessary to achieve high efficiency and intelligence in parking lot area management as soon as possible.
2. Solution
The SkeyeVSS end-edge-cloud integrated video integration platform based on the AI intelligent analysis gateway platform brings a new solution to underground parking garage management. The SkeyeVSS video integration platform relies on complete software and hardware facilities to form a visual management and control platform that integrates online equipment monitoring, operation and maintenance management, intelligent early warning and big data analysis to solve parking lot accident disputes and management difficulties.
It mainly includes three modules: vehicle management, data monitoring and remote management.
1. Add surveillance cameras to ensure that there are no blind spots in the surveillance video throughout the venue. If any vehicle problems occur in the venue, the surveillance video can be viewed at any time to ensure vehicle safety.
2. Vehicle control: take pictures of vehicle license plates and collect images; manage vehicle entry and exit, parking management, vehicle deployment and control, and one vehicle per gear;
3. License plate positioning: The license plate number recognition system needs to locate the license plate on the vehicle image, that is, determine the position of the license plate in the image. License plate location usually uses feature extraction and pattern matching methods to locate the license plate by analyzing its color, shape, texture and other features.
4. Support remote PTZ control of surveillance point cameras to realize the left and right, up and down rotation of the lens, zooming in and out of the field of view, etc.; multiple different user permission levels can be set for camera PTZ control; high-priority users can take priority control Camera PTZ;
3. System functions
1. Real-time video display: supports real-time image browsing in single-picture and multiple multi-picture modes; supports 4/9/16/25/36 and other split-screen browsing modes, supports drag and drop to swap window images; supports carousel display, and supports manual Turn the page.
2. Video recording and playback: Real-time storage of images, sounds, data, etc. at the monitoring site. The data is saved in the monitoring center. At the same time, storage backup is performed at the monitoring front end to ensure that data storage can be provided even when the transmission line fails. The client application provides flexible recording query methods: such as recording mode, recording time period, and number of recording channels.
3. Electronic map display: The electronic map includes monitoring scene names and equipment. Click on the front-end equipment icon distributed on the electronic map to display the real-time video of the equipment. Monitoring points can be easily defined on the map; it supports zooming in and out of the map, and real-time browsing of front-end monitoring images can be achieved by double-clicking the image elements.
4. Equipment remote control and PTZ control functions; remote control, intelligent and simple.
5. Intercom and monitoring functions: two-way audio transmission between client and front-end equipment. Voice intercom and shouting can be realized between the client and the front-end device.
6. Early warning alarm function: After the client receives the alarm information from the application server, the recording equipment in this defense zone will automatically pop up full screen on the screen and pop up the real-time surveillance video. In this way, the control room will clearly see what is going on at the scene. When the alarm in the monitoring room is cleared, the screen will automatically return to the previous split-screen monitoring screen state.
The SkeyeVSS garage management system is based on cutting-edge technologies such as cloud computing, the Internet of Things, and big data. The system adopts a new management model of "Internet +" and "AI artificial intelligence" to build an overall framework for an intelligent management platform , achieving unattended, automatic identification, Intelligent integrated services such as automatic car search improve the operational efficiency and service quality of the parking lot. Realize rational allocation of resources and effectively solve problems such as difficult parking and chaotic parking in urban areas and communities. Through effective and accurate monitoring of vehicles and computer network management, efficient and intelligent parking lot area management can be achieved.