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| Section | Weight | Objectives |
|---|---|---|
| Topic 1: Video Network and Security Principles | 7% | - Video network basics - Video security network principles |
| Topic 2: Huawei Intelligent Vision Platform Technologies | 24% | - Platform functions and features - Intelligent vision platform overview |
| Topic 3: Huawei Camera Introduction and Application | 24% | - Huawei camera features - Camera installation and site setup - Basic camera operations |
| Topic 4: Basic Video Security Technologies | 45% | - Development trend of video security technologies - Camera technology introduction - Video security center and applications - Video security platform concepts |
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NEW QUESTION # 50
Which statement below is incorrect regarding Huawei HoloSens IVS9000?
Answer: B
Explanation:
Huawei HoloSens IVS9000 is positioned as a centralized intelligent-video platform based on cloud infrastructure, resource pooling, distributed services, and coordinated operation across surveillance domains.
Option A is accurate. The platform supports flexible resource allocation and service deployment, facilitating the introduction and expansion of intelligent applications.
Option B is accurate. Huawei documents cloud-edge synergy and collaboration between upper-level and lower-level surveillance platforms.
Option D is accurate. Computing resource pooling, service orchestration, and centralized management are fundamental characteristics of the cloud-based center-platform architecture.
Option C is the intended incorrect statement in the IVS9000 architecture comparison. Huawei uses this particular description of service applications invoking hardware resources through a host operating system and container engine when explaining the Lite Edge architecture.
By contrast, the IVS9000 center-platform architecture described in the V1.0 course uses Huawei Cloud Stack (HCS), cloud resource services, virtualization, and application-service layers.
The distinction is architectural: Lite Edge is presented using host-operating-system and container- management concepts, whereas the center platform is presented through cloud infrastructure and pooled resources.
Container technology can also operate within cloud platforms, so option C is not universally false as a technical statement. It is the mismatched description in the specific Huawei product-architecture comparison.
Official Huawei references:
Training Material - Lite Edge Logical Architecture, PDF page 358 (printed slide 36); Center Platform Features, PDF page 365 (printed slide 44); Center Platform Logical Architecture, PDF page 373 (printed slide
52).
NEW QUESTION # 51
Which of the following services does Huawei HoloSens IVS3800 provide?
Select All that Apply
Answer: A,B,C
Explanation:
Huawei HoloSens IVS3800 uses a layered, container-based software architecture that separates customer- facing business services from the basic infrastructure services required to operate the platform.
The three principal business-service categories identified in the official training material are image management, image analysis, and image search.
Option A is correct. Image analysis provides intelligent processing capabilities such as feature extraction, behavioral analysis, and video-content interpretation.
Option C is correct. Image search provides retrieval capabilities for structured data and feature information generated through intelligent analysis. It enables users to locate relevant objects and records efficiently.
Option D is correct. Image management handles video and image access, storage, forwarding, and related management operations.
Option B requires a distinction. Container management is indeed provided by IVS3800, but Huawei classifies it as a basic service rather than one of the three principal business-service modules. It manages service installation, deployment, lifecycle operations, and associated network and storage functions.
The examination's three-answer requirement therefore indicates that it is testing the business-service layer.
Huawei's logical architecture diagram explicitly separates image management, image analysis, and image search from the underlying container management service.
Official Huawei references:
Training Material - Lite Edge Logical Architecture, PDF page 358 (printed slide 36); Lite Edge Features, PDF page 353.
NEW QUESTION # 52
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 # 53
The digital video server (DVS) transforms analog signals into network signals for transmission.
Answer: B
Explanation:
A Digital Video Server (DVS), also known as a digital video encoder, converts incoming analog video signals into encoded digital video streams suitable for transmission over an IP network.
The process begins when an analog camera generates video signals and delivers them to the DVS through an appropriate physical video interface. The DVS digitizes and encodes those signals using supported video- compression technology. The resulting digital streams can then be transmitted across a network to video- management platforms, client applications, recording devices, or decoding equipment.
This capability is important when integrating existing analog surveillance infrastructure into modern network- based video-security environments.
Huawei distinguishes the role of a DVS from that of a Digital Video Recorder (DVR). A DVR primarily combines video encoding with recording and local storage capabilities. A DVS concentrates on encoding and network transmission, enabling analog cameras to participate in an IP-based video-security solution.
For example, an organization with existing analog cameras can install a DVS instead of immediately replacing every camera. The encoded video can then be delivered through the network to an NVR or centralized surveillance platform.
The statement accurately describes this fundamental DVS function and is therefore true.
"DVSs focus on encoding and network transmission."
Official Huawei references:
Training Material - DVR and DVS, slide 61; Analog Video Security System, slide 5; Network-based Video Security System, slide 7.
NEW QUESTION # 54
Huawei SuperColor cameras work by using IR light to accurately identify objects at night and generate color images.
Answer: B
Explanation:
Huawei's SuperColor technology is intended to improve nighttime observation and recognition without relying on the visible supplemental illumination used by conventional low-light color-camera solutions.
The HCIA-Intelligent Vision V1.0 training material explicitly describes invisible infrared illumination and AI- assisted image fusion as characteristics of the Huawei SuperColor camera.
Infrared illumination provides image information that can improve object visibility and recognition under conditions where visible ambient illumination is insufficient. Huawei combines image information through its intelligent processing technology to produce clearer and more useful nighttime surveillance images.
The training material compares conventional low-light imaging solutions with SuperColor cameras. It highlights the limitations of traditional optical-splitting approaches, including reduced light intensity, and presents SuperColor as a solution that improves definition and recognition accuracy under lightless conditions.
An important technical distinction is that infrared radiation alone does not provide natural visible-color information. Color presentation requires additional information or image-processing techniques. Therefore, the complete SuperColor imaging method should not be reduced to infrared illumination alone.
Nevertheless, the statement is consistent with the intended Huawei curriculum description: SuperColor uses invisible infrared in combination with intelligent image processing to support nighttime recognition and color- image presentation.
"Invisible infrared, no light pollution"
Official Huawei references:
Training Material - Huawei IP Camera Products and Features; SuperColor, slide 235; Clearer Images in Low Illumination at Night, slide 230.
NEW QUESTION # 55
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