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| Section | Objectives |
|---|---|
| Intelligent Vision Fundamentals | - Overview of Intelligent Vision
|
| Industry Applications | - Intelligent Vision Use Cases
|
| Computer Vision Basics | - Image Processing Fundamentals
|
| Artificial Intelligence and Deep Learning | - Deep Learning for Vision
|
| Huawei Intelligent Vision Platform | - Huawei AI ecosystem
|
| Model Training and Deployment | - End-to-end AI workflow
|
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NEW QUESTION # 50
Compared with optical image stabilization, electronic image stabilization provides better results and costs less.
Answer: A
Explanation:
The statement is false because electronic image stabilization (EIS) generally costs less than optical image stabilization (OIS), but Huawei's training material identifies optical stabilization as providing better stabilization results.
Optical image stabilization compensates for camera movement through an optical stabilization mechanism.
Depending on camera design, this mechanism adjusts optical components to reduce the displacement of the image caused by vibration or shaking.
Because optical correction occurs before image capture, it can preserve more image detail and avoid certain limitations associated with post-processing.
Electronic image stabilization, by contrast, uses image-processing algorithms to estimate and compensate for movement. EIS can digitally reposition, crop, or transform video frames to reduce apparent shaking.
Electronic stabilization can be implemented with fewer dedicated mechanical components, which generally reduces hardware cost and design complexity. However, digital correction may introduce cropping, interpolation artifacts, or reduced effective image resolution.
These characteristics are particularly important for cameras installed on poles, towers, roadside infrastructure, or locations exposed to mechanical vibration.
The question combines two claims: better stabilization and lower cost. Although the lower-cost characteristic is generally accurate for EIS, the claim that it produces better results contradicts the Huawei course material.
Therefore, the complete statement is false.
"The optical image stabilization has better effect and higher cost than the electronic image stabilization." Official Huawei references:
Training Material - Camera Features - Image Stabilization, slide 45.
NEW QUESTION # 51
The alarm linkage feature allows the Huawei HoloSens Intelligent Vision System (IVS) to carry out predefined actions according to the alarm linkage settings. For example, when an alarm occurs, the system can immediately record video or directly display live video.
Answer: B
Explanation:
Huawei HoloSens IVS supports alarm linkage, enabling predefined actions to be initiated automatically when a configured alarm condition occurs.
Alarm linkage connects event detection with operational responses, reducing the need for manual intervention and improving incident-handling efficiency.
Option A is correct because Huawei's official training material directly identifies automatic video recording and live-video display as supported alarm-linkage actions.
For example, when an intelligent camera detects an intrusion or other security exception, the resulting alarm can be reported to the IVS platform. The system evaluates the configured alarm policies and initiates associated actions, such as recording the relevant video stream, displaying the affected observation area, or notifying security personnel.
The Lab Guide explicitly demonstrates the relationship between alarm detection and automated response. It describes how the platform can link the camera generating an alarm, or associated peripheral cameras, to configured response actions.
Alarm settings can include pre-alarm and post-alarm recording durations, allowing the system to retain relevant footage surrounding the event.
These capabilities improve response consistency, preserve evidence, and allow operators to assess incidents more efficiently.
Official Huawei references:
Training Material - Video Service Features: Protection Zone and Alarm Linkage, PDF page 381 (printed slide 60). Lab Guide - Section 8.1.1, Alarms; Section 8.2.1, Alarm Management, pages 96-97.
NEW QUESTION # 52
If an organization needs to carry out secondary development for a camera-for example, to develop client software that connects to the camera-which of the following protocols can be used for development?
Answer: D
Explanation:
Huawei's proprietary SDK protocol, identified as HWSDK in this question, is the intended solution for secondary development when an organization needs to develop customized software that directly accesses and controls camera functions.
Option B is correct because Huawei's SDK provides vendor-defined interfaces that developers can use to build applications interacting with supported devices. This includes scenarios such as customized client software, device integration, and access to supported camera capabilities.
Option A is incorrect in this context. TCP/IP provides network communication rather than the vendor-specific application interfaces needed for the development scenario described.
Option C, ONVIF, is an open interoperability standard used to integrate compatible network-video devices and platforms. Although ONVIF interfaces can also be implemented by developers, Huawei's training material distinguishes standardized interoperability from vendor-specific SDK-based secondary development.
Option D, GB/T 28181, is a video-surveillance networking and interoperability standard. Its primary role in the course is platform and device interconnection rather than the particular proprietary client-development approach described.
Huawei's slide on proprietary protocols specifically explains that SDK interfaces allow partners to develop software, including client applications, to access vendor devices.
Therefore, HWSDK is the precise answer intended by the training material.
"Vendors can provide SDK for their partners to call their devices for development." Official Huawei references:
Training Material - Technical Standards: ONVIF, slides 116-119; GB/T 28181, slides 121-123; Proprietary Protocols, slide 125.
NEW QUESTION # 53
Which statements correctly describe the relationship between a lens and depth of field (DoF)?
Choose two
Answer: A,D
Explanation:
Depth of field (DoF) refers to the distance between the nearest and farthest objects that appear acceptably sharp within a captured image. It is influenced by focal length, aperture, focusing distance, and the camera's imaging geometry.
Option A is correct. A long-focus lens provides a relatively narrow field of view and generally produces a shallower depth of field when other relevant conditions remain constant. This makes it suitable for applications requiring detailed observation of distant objects, although accurate focusing becomes particularly important.
Option B is incorrect. Long-focus lenses do not inherently provide a larger depth of field. Increasing focal length generally reduces the range that appears acceptably sharp when aperture and subject distance remain unchanged.
Option C is correct. A wide-angle lens has a shorter focal length and ordinarily provides a larger depth of field. It can maintain acceptable sharpness across a wider range of distances, which is useful for monitoring entrances, corridors, and large observation areas.
Option D is incorrect. Wide-angle lenses generally provide greater rather than smaller depth of field under comparable conditions.
Huawei's training material also demonstrates that reducing aperture size increases depth of field, while increasing aperture size decreases it. Therefore, lens selection and aperture configuration must be considered together.
Official Huawei references:
Training Material - Camera Hardware Composition; Main Lens Parameters, slide 17; Focal Length, slide 18; Relationship Between Aperture and Depth of Field, slide 22.
NEW QUESTION # 54
Which of the following statements are accurate about the video security gateway?
Select All that Apply
Answer: A,B,D
Explanation:
Huawei's video security gateway provides identity authentication and access control to protect camera connections and video-service traffic. The official training material directly establishes options B, C, and D.
Option B is correct. The gateway identifies unauthorized device connections and data-access attempts, blocks prohibited activity, and generates security alarms. Access decisions can consider information such as source and destination IP addresses, ports, and communication protocols.
Option C is correct. The gateway permits authorized video-service traffic and restricts connections that do not satisfy established security policies.
Option D is correct. The gateway authenticates camera identities using device information such as IP address, MAC address, and serial number, improving the security of camera access to the surveillance network.
Option A is not established as a gateway function. Huawei assigns prevention of DDoS attacks and network congestion to a separate traffic-cleaning device. The gateway may incorporate intrusion-prevention capabilities, but that does not establish that it provides the dedicated DDoS-cleaning function described in option A.
The distinction between access authentication and volumetric attack mitigation is important when designing video-network security architecture.
Official Huawei references:
Training Material - Cybersecurity Preventer: Traffic Cleaning Device, slide 183; Identity Authentication:
Video Security Gateway, slide 184; Traffic Cleaning Server, slide 195.
NEW QUESTION # 55
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