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| Section | Weight | Objectives |
|---|---|---|
| Technical Principle and Application of Video Big Data | 4% | - Video big data processing and analysis - Data storage and management technologies |
| Principle and Application of Intelligent Video Algorithm | 3% | - Algorithm application and deployment - Common intelligent analysis algorithms |
| Video Site Installation and Configuration | 18% | - Basic service configuration - Camera installation and debugging - Transmission and storage equipment deployment |
| Technical Principle and Application of Video Cloud | 5% | - Cloud-based video service deployment - Video cloud architecture and features |
| Video Interconnection Technology Standard and Application | 3% | - Mainstream interconnection protocols and standards - Interconnection solutions and implementation |
| Intelligent Vision System Planning and Design | 15% | - System architecture and solution design - Network and storage design - Platform and service planning |
| Video Site Service Commissioning | 5% | - Link and performance commissioning - Video service activation and verification |
| Technical Principle and Application of Intelligent Camera | 5% | - Application scenarios of intelligent cameras - Key technologies: Supercolour, T-shot, high-density capture - Basic principles of intelligent cameras |
| Intelligent Vision System Maintenance and Troubleshooting | 7% | - Platform and service fault handling - System monitoring and routine maintenance |
| Video Site Maintenance and Troubleshooting | 5% | - Common faults diagnosis and resolution - Daily maintenance methods and procedures |
| Intelligent Vision System Installation and Configuration | 12% | - Access and management configuration - Platform software deployment - System parameter configuration |
| Intelligent Vision System Service Commissioning | 8% | - System integration and interconnection - Core service enabling and testing |
| Video Site Planning and Design | 10% | - Site selection and coverage design - Equipment selection and configuration - Power supply and transmission planning |
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NEW QUESTION # 48
The ( ) function can check the overall system information, including the resource running status and basic database information.
Answer: C
Explanation:
For the routine maintenance and health monitoring of an intelligent vision system, administrators rely on specific diagnostic tools to ensure all components are functioning optimally. While "Alarms" alert users to immediate faults and "Logs" provide a historical record of system events, the Inspection function is designed for proactive and comprehensive system health checks.
This specialized tool is used to monitor the "pulse" of the entire platform. According to the maintenance standards, the Inspection function can check the overall system information, including the resource running status and basic database information . This includes verifying the CPU and memory utilization of service nodes, checking the connectivity of storage volumes, and ensuring that the underlying database- which stores critical metadata like target recognition results and system configurations-is responsive and healthy. Regular inspections are a cornerstone of ultra-simplified O & M (Operations and Maintenance), allowing technicians to identify performance bottlenecks or minor inconsistencies before they escalate into critical alarms. By consolidating system-wide resource data and database status into a single inspection report, the IVS platform enables administrators to maintain a stable environment for continuous intelligent analysis and data structuring.
NEW QUESTION # 49
The fully symmetrical distributed storage architecture adopted by the central cloud platform IVS 9000 can achieve linear growth in read and write performance with capacity.
Answer: A
NEW QUESTION # 50
Which of the following features can provide perfect exposure for an object in backlight scenarios?
Answer: B
Explanation:
The correct answer is A because Backlight Compensation (BLC) is the feature specifically intended to improve foreground object exposure when strong light is coming from behind the subject. In a backlight scene, the background is much brighter than the target, so the camera's default exposure logic may darken the object and make it difficult to identify. BLC corrects this by increasing exposure priority on the foreground region so the object can be seen more clearly.
This aligns with the exposure-focused design philosophy in the material, where Huawei emphasizes advanced exposure optimization. The document notes that "T-Shot, Huawei's patented exposure technology, enables optimal imaging of targets and vehicles at the same time" and explains that traditional exposure methods cannot correctly expose different objects within the same image under challenging conditions . In ordinary camera feature terminology, the standard function used for a backlit foreground target is BLC. By contrast, white balance adjusts color temperature, HLC suppresses excessively bright highlights such as headlights, and high resolution only increases detail, not exposure correction. Therefore, the correct feature for backlight object exposure is BLC .
NEW QUESTION # 51
Regarding Huawei's camera access function, which of the following statements is wrong?
Answer: C
NEW QUESTION # 52
The single-choice SDK protocol can be used for real-time preview, voice intercom, voice broadcast, cloud mirror control, arming and disarming, parameter configuration, equipment management, intelligent analysis, etc.
Answer: A
NEW QUESTION # 53
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