1. Project background
At present, governments at all levels are actively and vigorously promoting land conservation and intensive use, and continuously promoting the improvement of quality and efficiency of industrial land. However, the continuous promotion of economical and intensive use of land is also facing some new situations and new problems. For example, the supervision mechanism after the approval of industrial land is not perfect enough, and there are problems such as difficulty in project performance supervision and low-efficiency land transformation. Therefore, in response to the above problems, we proposed a visualized and intelligent land contract performance supervision solution based on AI+video technology.
2. TSINGSEE platform capabilities
1. AI algorithm platform
The algorithm warehouse of TSINGSEE Qingxi video AI intelligent analysis platform currently has 45 kinds of AI algorithm models, covering personnel structured data, vehicle structured data, scene detection, water and soil detection, etc., to meet the full-cycle supervision requirements of land construction contract performance, which can be customized according to different projects Different algorithms are selected in stages.
After the algorithm is configured, the system can identify and analyze the connected video stream. When the data is detected (such as engineering vehicle identification, call identification, smoking identification, area intrusion, etc.), it will immediately push the alarm information, and through the pop-up window , sound and other ways to remind the management personnel. Administrators can filter alarm information based on device name, time, point, algorithm, etc., view alarm details, and process alarm messages.
2. Security surveillance video aggregation platform
Security monitoring/video monitoring/video cloud storage/video aggregation platform EasyCVR can support the unified and centralized access of monitoring equipment deployed on site, and can carry out visual supervision of the entire process of the factory/factory construction site in the park, and assist supervisors to spot check whether the project is normal Performance proceeds.
1) Support multi-protocol/SDK access
The security monitoring platform can support multiple protocols (national standard GB/T28181, RTMP, RTSP/Onvif protocol, Hikvision Ehome, Hikvision SDK, Dahua SDK, Uniview SDK, Huawei SDK, EZVIZ SDK, Lecheng SDK), multi-device Access can cover almost all video surveillance and other equipment on the market, including: IPC, NVR, video encoder, inspection robot, drone, vehicle equipment, etc.
2) Multi-site monitoring/multi-terminal viewing
Based on the monitoring cameras deployed on site, the security monitoring platform EasyCVR can carry out visual supervision of the entire process of the factory/factory construction site in the park, supports single-screen and multi-screen display, and can choose any one or multiple channels of video viewing. The number of video windows is 1, 4, 9, 16 optional, also supports video tour playback.
3) Video recording/playback/storage
The video monitoring/security monitoring platform EasyCVR can record at a custom time according to the business scenario, supports cloud recording/device recording, and supports video retrieval and playback, assisting supervisors to conduct video spot check playback, access and traceability for the entire project construction cycle.
3. Program overview
This plan focuses on the post-supply supervision of land, from the three stages of land construction, completion/factory decoration, and operation, to supervise land use and whether the enterprise is performing the contract, implement "starting construction when the land is acquired", and implement project construction, investment, and production. Production, energy saving, environmental protection and other whole-process and all-factor management.
1. AI intelligent supervision
Based on a variety of AI intelligent algorithms, it can detect and analyze the video streams collected by on-site surveillance cameras to determine whether there are data such as personnel activities, vehicle transportation, and abnormal alarms. Through the analysis and statistics of these data, it can be judged whether the project land is in normal compliance, whether it is in the stage of construction, production and operation required by the contract, so as to realize the intelligentization, automation and digitalization of the supervision method.
2. Video supervision
According to the various stages of land project construction, deploy monitoring cameras and other equipment on the project site and surrounding areas, and conduct visual real-time monitoring, capture and video recording of the behavior and site of each construction stage such as land start/construction site, completion, plant decoration, plant operation and so on. , alarm reporting, etc., to assist supervisors in checking whether the behavior of each stage of the land project is normal.
1) Construction site stage
Deploy IPC, high-altitude probes and other network monitoring equipment at the construction site, surrounding areas, entrances and exits of the construction site, etc. The platform performs real-time video monitoring and AI intelligent analysis (pedestrian detection/people flow statistics, engineering vehicle identification, etc.) based on the video stream collected by the front-end equipment. Vehicle entry and exit, etc.), to achieve data collection and intelligent supervision of the construction site, so as to understand the project construction progress and other information.
2) Interior decoration stage
After the completion of the project, surveillance cameras will be added inside the factory area/building and connected to the platform to conduct video remote monitoring and AI intelligent detection based on the video stream, so as to keep abreast of the progress of the project and whether there are any abnormalities in the decoration process of the factory building.
3) Putting into operation stage
During the production and operation stage of the park/factory, monitoring equipment can be continuously connected according to demand, such as production workshops, warehouses, duty rooms, access control, etc. Through the data collected by each front-end equipment, understand the progress of the plant's production and operation, and whether there is any abnormality.
The real-time data collected by the monitoring equipment can truly reflect the overall business activities and changes of the plant, assist supervisors in random inspections of the supervisory site, and support operations such as multi-screen playback of surveillance video, timing capture, video recording and review.