The application value of SkeyeVSS video fusion platform based on AI intelligent analysis gateway in the marine field
The ocean is the cradle of human life and the granary of human survival. The ocean is unknown to us, but it also contains great exploration value . In recent years, our country has been committed to the development of marine undertakings and the protection of the marine environment. However, with the impact of nuclear wastewater being discharged into the sea, tasks such as marine environmental management and marine resource security have become increasingly arduous.
Applying AI+ video monitoring technology to the field of marine engineering is a new idea in marine research. For example, the end-edge-cloud integrated video fusion monitoring solution based on the AI intelligent analysis gateway platform SkeyeVSS can help visualize and intelligently understand the marine environment and ecology. system to better protect and manage marine resources.
The SkeyeVSS national standard video convergence cloud platform is based on the end-edge-cloud integrated architecture and has video capabilities such as massive video access, aggregation and management, processing and distribution. It is lightweight and simple to deploy, and has flexible and diverse functions. The platform can support multiple protocols and types. Device access, in terms of video capabilities, can realize video live broadcast, recording, playback, retrieval, cloud storage, alarm reporting, voice intercom, clustering, intelligent analysis and platform cascading, etc.
The system supports the following features and applications:
1. Data awareness
Based on the RTSP/ONVIF protocol, devices scattered at various sites are connected in a unified manner, and services such as data perception, intelligent detection and identification, and distribution are realized based on video images.
1) RTSP/ONVIF protocol access
It has lightweight access, transmission, processing and distribution capabilities, supports RTSP/ONVIF protocol access devices, supports access to multiple high-definition video streams, and supports distribution of RTSP/RTMP/FLV/HLS/WebRTC video stream formats.
2) Support uplink cascade
Provides RTMP, CDN streaming, and GB28181 national standard cascading capabilities.
3) Real-time high-definition video live broadcast, covering all terminals
Supports real-time transmission of 720P and 1080P high-definition videos, enabling remote viewing on PC (Windows/Mac/Linux), mobile phones (Android/iOS), WeChat and electronic large screens, meeting the diverse scene needs of users. Supports PTZ pan/tilt control, including focus zoom, direction control, etc.
4) Connect various sensors
Supports docking with various sensors, such as temperature and humidity sensors, smoke sensors, water immersion sensors, etc., to achieve intelligent perception of data.
2. Intelligent early warning
It can provide alarms for detected abnormal situations uploaded by front-end equipment, such as video signal loss, obstruction, intrusion into dangerous areas, perimeter intrusion, failure to wear safety helmets correctly, failure to wear masks, etc., and can be linked to sound, light and voice devices for reminders. Alarm messages can be pushed to staff through voice, text messages, message notifications, WeChat, etc.
3. Data analysis
After the data collected by the equipment is intelligently detected and analyzed by AI, the behaviors and trajectories of intelligently recognized marine organisms are intuitively displayed on the platform, creating a visual, comprehensive, and intelligent data fusion analysis, management, and display platform.
* Real-time analysis of biological detection data, such as: marine animal flow statistics;
* Status monitoring information such as equipment access status, operation, broadband, storage space, etc.;
* The platform can also display equipment access status, operation, broadband, storage space and other status monitoring, equipment monitoring screen, alarm reporting and other information.
4. Flexible expansion
The platform is simple to deploy, its functions can be flexibly and easily expanded, and it provides standard http restful api interface to easily integrate with third parties:
* Supports customizing various software programs and customizing various Apps through application management;
* Support development languages: Java, C&C++, Go, Lua, Python, .NET, etc.;
* Provide JDK environment, Docker environment, Python environment, etc., and you can connect them at your fingertips.
So what application value does this system have in the marine field ?
- Operation monitoring and maintenance
Based on the SkeyeVSS national standard video fusion cloud platform, the operating status of marine engineering facilities can be monitored, including structural stress, equipment status, sea conditions and other parameters, for real-time warning and maintenance management.
- Emergency response and decision support
The system can provide real-time data and intelligence to help offshore engineering managers make quick and accurate emergency responses and decisions to ensure the safety and reliability of offshore projects. The core systems of offshore engineering, such as operation and maintenance, drilling, process processing, etc., can be monitored and inspected in real time through the system, thereby improving safety management and intelligent decision-making levels, reducing costs, and obtaining maximum economic and social benefits.
3. Monitoring and prediction of marine environment
Through front-end monitoring and sensing equipment, real-time monitoring and prediction of the marine environment can be achieved, including seawater temperature, salinity, flow rate and other parameters. Through the analysis of the above parameters, we can better understand the changing trends of the marine environment and take timely measures to protect it. marine ecosystem.
4. Development and management of marine resources
The system can realize visual real-time monitoring and management of marine resources, including fishery resources, oil and natural gas reserves, etc., helping to better understand the distribution and exploitation of marine resources and formulate more scientific development and management plans.
5. For early warning and response to marine disasters
Through uninterrupted and visual observation of the marine environment, real-time monitoring and early warning of marine disasters can be achieved, including natural disasters such as tsunamis and storm surges, and man-made disasters such as ship accidents, to help marine rescuers better understand the disaster situation. and development trends, and take timely measures for rescue and response.
6. Marine scientific research
Through real-time observation of the marine environment and collection of related visual data, the research and simulation of marine ecosystems can be realized, including the behavior of marine organisms, ecological niches, etc., which facilitates understanding of the structure and function of marine ecosystems and contributes to the protection and management of marine resources. Provide scientific basis.