MindMap Gallery Existing monitoring system architecture
graph TD A[Original Camera 200 Channel H.264] -->|RTSP/ONVIF| B[10 Gigabit Switch Huawei S6730] B -->|Video Streaming|C[GPU Server NVIDIA A30 x4] C -->|Alarm Data|D[Video Management Platform Univision IMOS] C -->|Video Storage|E[Distributed Storage System Huawei OceanStor] D -->|Alarm pop-up window| F[LED splicing large screen Kerun P1.8] D -->|Geographical coordinates|G[GIS Geographic Platform SuperMap] E -->|Data Backup| H[Cloud Storage/External Storage Alibaba Cloud OSS] C -->|System Status| I[System Monitoring Platform Prometheus Grafana]
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In order to help everyone use DeepSeek more efficiently, a collection of DeepSeek guide mind map was specially compiled! This mind map summarizes the main contents: Yitu related links, DS profile analysis, comparison of DeepSeek and ChatGPT technology routes, DeepSeek and Qwen model deployment guide, how to make more money with DeepSeek, how to play DeepSeek, DeepSeek scientific research Application, how to import text from DeepSeek into MindMaster, the official recommendation of DeepSeek Wait, allowing you to quickly grasp the essence of AI interaction. Whether it is content creation, plan planning, code generation, or learning improvement, DeepSeek can help you achieve twice the result with half the effort!
This is a mind map about DeepSeek's 30 feeding-level instructions. The main contents include: professional field enhancement instructions, interaction enhancement instructions, content production instructions, decision support instructions, information processing instructions, and basic instructions.
This is a mind map about a commercial solution for task speech recognition. The main content includes: text file content format:, providing text files according to the same file name as the voice file.
Existing monitoring system architecture
Original camera configuration
Number: 200 channels
Coding format: H.264
Transmission Protocol
RTSP (Real Time Streaming Protocol)
ONVIF (Open Network Video Interface Forum)
Core switching equipment
Type: 10 Gigabit switch
Brand: Huawei
Model: S6730
Video processing server
Type: GPU server
GPU model: NVIDIA A30
Number of GPUs: 4 blocks
Video management platform
Platform name: Univision IMOS
Function: Video stream management
Function: Alarm data processing
Video storage solutions
Type: Distributed Storage System
Brand: Huawei
Model: OceanStor
Alarm information display
Display device: LED splicing wall
Function: Alarm pop-up display
System architecture details
Connect the camera to the switch
Through the RTSP/ONVIF protocol
Realize real-time transmission of video streams
Connect the switch to the GPU server
10 Gigabit bandwidth ensures data transmission speed
Supports processing of large amounts of video streams
GPU server functions
Video streaming processing
Real-time decoding
Image enhancement
Alarm data processing
Real-time analysis of video content
Generate an alarm signal
Video management platform functions
Receive alarm data
Real-time monitoring
Alarm response
Manage video streaming
Allocate bandwidth
Adjust video quality
Distributed storage system
Data redundancy
Ensure data security
Prevent data loss
Extensibility
Flexible expansion of storage capacity
Adapt to growing data demands
LED splicing wall
Display alarm information
Quick response
Easy to monitor personnel identification
Multi-screen display
Display multiple video sources simultaneously
Improve monitoring efficiency
System integration and compatibility
Hardware compatibility
Camera compatible with switch
Supports standard network protocols
Ensure seamless connection between devices
GPU server is compatible with storage system
High-speed data exchange
Ensure processing efficiency
Software Compatibility
Video management platform is compatible with hardware
Supports multiple hardware interfaces
Ensure the stability of the management platform
Storage system and management platform compatible
Seamless integration
Ensure data consistency
System maintenance and upgrade
Regular inspection
Hardware inspection
Ensure the equipment is operating normally
Replace faulty parts in time
Software Update
Regularly update the management platform
Improve system performance
Scalability considerations
Hardware upgrade
Add more GPU servers
Expand storage capacity
Software features enhancement
Introducing more advanced analytical algorithms
Improve alarm accuracy
Security and privacy protection
Data encryption
Transmission process encryption
Prevent data from being intercepted
Protect video content security
Storage encryption
Prevent unauthorized access
Protect historical data security
Access control
User permission management
Different levels of access permissions
Ensure the system's safety
Audit log
Record access behavior
Convenient tracking and review
System performance optimization
Traffic Management
Optimize bandwidth allocation
Reduce network congestion
Improve video transmission quality
Load balancing
Balancing server load
Avoid single point of failure
Storage Optimization
Disk array configuration
Improve reading and writing speed
Enhance data reliability
Data compression technology
Reduce storage space usage
Reduce storage costs
User experience and interface design
Interface friendly
Intuitive operation interface
Convenient monitoring personnel operation
Improve work efficiency
Real-time feedback mechanism
Show system status
Notify users of abnormal situations in a timely manner
Multi-terminal support
Mobile device compatibility
Remote monitoring
Flexible access method
Multi-user support
Support multiple user operations at the same time
Adapt to different monitoring needs
Respond to emergencies
Disaster recovery plan
Fast data recovery
Backup mechanism
Ensure business continuity
Emergency plan
Preset response measures
Reduce the impact of emergencies
Real-time monitoring and alarm
Real-time data analysis
Discover abnormalities in time
Quick response
Multi-level alarm system
Alarm notifications of different levels
Ensure that information is transmitted correctly
System monitoring and management
System status monitoring
Real-time monitoring of system operation status
Discover and deal with problems in a timely manner
Ensure the stable operation of the system
Performance indicator monitoring
Monitor key performance indicators
Evaluate system performance
Remote management capabilities
Remote access control
Implement remote management
Improve management efficiency
Remote troubleshooting
Quick positioning problem
Reduce on-site maintenance requirements
System sustainable development
Technology update adaptability
Flexible adaptation to new technologies
Maintain the system's advanced
Meet future needs
Scalability design
System architecture reserves extended interface
Convenient for future upgrades
Environmental protection and energy saving
Adopt energy-saving equipment
Reduce energy consumption
Reduce carbon emissions
Green Data Center
Optimize the cooling system
Improve energy use efficiency
The above content has been disassembled in detail around "graph TD A original camera 200 channel H.264->RTSP/ONVIF B 10 Gigabit switch Huawei S6730>Video streaming CGPU server NVIDIA A30 x4->Alarm data D video management platform Univision IMOS> Video storage E distributed storage system Huawei OceanStor->Alarm pop-up window FLED splicing" mind map multi-level outline.