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| Section | Objectives |
|---|---|
| Artificial Intelligence and Deep Learning | - Neural Network Fundamentals
|
| Huawei Intelligent Vision Platform | - Huawei AI ecosystem
|
| Computer Vision Basics | - Image Processing Fundamentals
|
| Industry Applications | - Intelligent Vision Use Cases
|
| Intelligent Vision Fundamentals | - Overview of Intelligent Vision
|
| Model Training and Deployment | - End-to-end AI workflow
|
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NEW QUESTION # 17
During camera installation, hose clamps are used to adjust the angles of bullet and box cameras.
Answer: A
Explanation:
The statement is false because hose clamps primarily secure mounting assemblies to installation structures rather than independently providing precise camera-angle adjustment.
A hose clamp is a fastening component used to secure compatible mounting accessories around a pole or other suitable cylindrical structure. Its purpose is to maintain mechanical attachment and resist movement caused by environmental conditions.
For bullet and box cameras, the viewing direction is normally established through an appropriate mounting bracket or adjustable mounting mechanism. Depending on the installation arrangement, the installer adjusts the bracket's pan, tilt, or rotational position before tightening the relevant fasteners.
The hose clamp may need to be loosened if an entire pole-mounted assembly must be repositioned, but this does not make it the dedicated mechanism for adjusting the camera's optical viewing angle.
Huawei's training material distinguishes camera types and their physical mounting characteristics. It describes bullet cameras as having a fixed observation direction once installed, while PTZ dome cameras provide motorized directional control.
Correct installation requires suitable mounting accessories, adequate mechanical stability, and appropriate viewing-angle alignment.
For accurate surveillance coverage, engineers should set the observation direction using the supported bracket adjustment, confirm the live image, and secure the installation hardware.
Official Huawei references:
Training Material - Camera Hardware Composition; Accessory - Housing, page 30; Accessory - Mount, page 31; Cameras Classified by Shape, slide 11.
NEW QUESTION # 18
The user-management function in Huawei HoloSens Intelligent Vision System (IVS) supports adding, modifying, and deleting users, but it does not support configuring user priority.
Answer: A
Explanation:
The statement is false because Huawei HoloSens IVS supports user management, permission assignment, and configuration of user control priority.
The platform allows administrators to create user accounts, assign roles, configure access permissions, and manage the operational privileges of different users.
Huawei's Lab Guide explicitly documents the CloudControlLevel parameter when creating a user through the OMU portal.
This parameter determines the user's PTZ control priority and accepts values from 1 to 32, where level 1 represents the highest priority.
Priority becomes important when multiple operators attempt to control the same PTZ camera.
When a PTZ device is locked, a user with a higher control priority can preempt control from users at the same or lower priority level, subject to the platform's control rules.
The laboratory instructions distinguish this priority mechanism from ordinary user roles and access permissions. A user's role governs the available management functions, while CloudControlLevel determines the priority associated with PTZ control.
Therefore, the assertion that IVS user management does not support configuring user priority directly contradicts the official laboratory instructions.
"PTZ control priority. The value ranges from 1 to 32"
Official Huawei references:
Lab Guide - Section 2.2.1, Adding a User, Table 2-3; Section 4, PTZ Control, PDF pages 205-206. Training Material - Platform Management Features: User and Device Management, PDF page 396 (printed slide 75).
NEW QUESTION # 19
Which statements correctly describe the differences between a digital video recorder (DVR) and a network video recorder (NVR)?
Select All that Apply
Answer: A,C,D
Explanation:
Digital video recorders and network video recorders provide recording, storage, playback, and video management capabilities. Their principal difference concerns the type of camera input and the location at which video encoding occurs.
Option A is correct. DVR and NVR camera capacities depend on product specifications, supported channels, processing performance, storage resources, and network bandwidth. Therefore, different recorder models support different numbers of connected cameras.
Option B is correct. DVRs primarily receive signals from analog cameras, whereas NVRs receive digital video streams transmitted by IP cameras over a network. This is the fundamental architectural distinction between these recording systems.
Option C is correct. Both systems store video recordings, even though their methods of acquiring video differ.
DVRs digitize incoming analog video, while NVRs receive video streams that have generally already been encoded by network cameras.
Option D is incorrect. DVRs typically perform encoding internally because their analog camera inputs require digitization and compression. NVRs generally receive previously encoded digital video streams and can store them without performing another encoding operation. Certain NVRs may offer transcoding capabilities, but this is not a universal requirement.
Huawei's training material separates collection and encoding from transmission, storage, and management in the NVR architecture.
Official Huawei references:
Training Material - Video Security Platform Introduction, slides 60-63: DVR and DVS; NVR; Comparison Between NVRs and DVRs. Camera Working Principle - IP Camera, slide 13.
NEW QUESTION # 20
Which of the following statements are accurate about video-security storage?
Select All that Apply
Answer: A,B,C,D
Explanation:
Huawei's video-security storage architecture distinguishes conventional server-forwarded storage, direct storage, and cloud-based distributed storage. All four statements are consistent with the intended architectural principles, although option D describes a design benefit rather than an unconditional performance guarantee.
Option A is correct. Storage capacity planning considers recording channels, bit rate, retention duration, disk capacity, and redundancy requirements. RAID configuration affects usable capacity and the number of physical disks required. Huawei provides a capacity-calculation method incorporating recording channels, bit rate, and retention time.
Option B is correct. In conventional server-forwarded storage, incoming video streams pass through the forwarding server before being written to storage. The forwarding server's processing capability can consequently become a performance bottleneck.
Option C is correct in the intended context. Direct storage moves functions such as video storage management onto the storage device, reducing separate server requirements. However, the storage device must provide sufficient processing and write performance for its configured services.
Option D reflects Huawei's stated cloud-storage advantage. Distributed cloud storage reduces dependence on individual forwarding and storage servers. The Huawei slide describes elimination of server performance bottlenecks, although actual implementations remain subject to network, compute, and storage limitations.
Official Huawei references:
Training Material - Video Security Storage Features, slide 87; Video Storage Mode, slide 88; Video Storage Mode - Cloud Storage, slide 89; Platform Storage Calculation, slide 90.
NEW QUESTION # 21
Which of the following data types does the Huawei HoloSens Intelligent Vision System (IVS) store?
Select All that Apply
Answer: A,C,D
Explanation:
Huawei HoloSens IVS supports unified management of three principal categories of video-security information: video data, image data, and metadata.
Option A - Metadata: Metadata describes information extracted from surveillance content. This may include object attributes, identification information, timestamps, locations, and other structured analytical results.
Metadata makes intelligent retrieval and data correlation possible.
Option B - Video: Video data consists of recorded surveillance streams. The platform provides video storage, management, retrieval, and playback capabilities to support monitoring, investigations, and evidentiary requirements.
Option C - Image: Image data includes captured snapshots, extracted images, and other visual records associated with surveillance activities. Images can be stored and managed independently of continuous video streams.
Option D - Third-party platform data: Although Huawei supports interoperability with external platforms, third-party platform data is not identified as a separate principal storage category in the official image- information library architecture. Imported records may be represented using supported image, video, or metadata structures.
Huawei's training diagram explicitly identifies video, image, and metadata as the three managed information categories.
This unified data model supports intelligent analysis, historical searching, and sharing of relevant surveillance information across authorized applications.
Official Huawei references:
Training Material - Video Networking Features: Image Information Library and VIID, PDF page 394 (printed slide 73); Lite Edge Features, PDF page 353.
NEW QUESTION # 22
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