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| Section | Objectives |
|---|---|
| Topic 1: Artificial Intelligence and Deep Learning | - Neural Network Fundamentals
|
| Topic 2: Intelligent Vision Fundamentals | - Overview of Intelligent Vision
|
| Topic 3: Industry Applications | - Intelligent Vision Use Cases
|
| Topic 4: Model Training and Deployment | - End-to-end AI workflow
|
| Topic 5: Computer Vision Basics | - Image Processing Fundamentals
|
| Topic 6: Huawei Intelligent Vision Platform | - Huawei AI ecosystem
|
>> H12-511_V1.0 Exam Answers <<
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NEW QUESTION # 35
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 # 36
A video security platform offers functions including video recording, video image control, video-based alarming, and alarm linkage.
Answer: B
Explanation:
A video-security platform provides centralized functionality for collecting, managing, recording, displaying, analyzing, and responding to surveillance video and associated security events.
Video recording enables the system to store surveillance footage for later retrieval, playback, investigation, and evidence management. Depending on the platform architecture, recording can be scheduled, manually initiated, or associated with alarm conditions.
Video image control allows authorized operators to manage live-video presentation, select camera streams, perform supported PTZ operations, and control related viewing functions.
Video-based alarming uses intelligent analysis or configured detection mechanisms to identify events that require attention. These can include perimeter intrusion, tripwire crossing, abnormal movement, and other supported surveillance scenarios.
Alarm linkage extends this functionality by initiating predefined actions when an alarm condition occurs. For example, the platform may start recording, display the relevant live stream, generate an alarm notification, or activate an associated response mechanism.
Huawei's training material describes VMS capabilities including video management, media services, data analysis, and device interconnection. Its intelligent video-security architecture also supports automated alarm information handling.
The Lab Guide demonstrates practical configuration of recording and intelligent behavior analysis, reinforcing the connection between event detection and operational response.
The statement accurately summarizes core video-security platform functions and is therefore true.
Official Huawei references:
Training Material - Intelligent Video Security System, slide 8; VMS, slide 64; Video Security Client, slide
103. Lab Guide - Experiment 2, Recording Configuration; Experiment 4, Intelligent Behavior Analysis.
NEW QUESTION # 37
In which of the following complex environments can Huawei software-defined cameras (SDCs) operate properly?
Answer: A,B,D
Explanation:
Huawei HoloSens software-defined cameras incorporate environmental protection, electromagnetic compatibility, and image-stabilization technologies to support deployments in challenging outdoor and industrial environments.
Option A is supported. Huawei explicitly describes anti-electromagnetic-interference design for camera deployments in railway and rail-transport environments. The training material identifies electromagnetic compatibility as an important reliability feature where electrical interference may be substantial.
Option C is supported. Huawei describes outdoor adaptation through environmental sealing, ingress protection, and self-cleaning viewing windows. The course specifically illustrates camera operation during rainy conditions and explains how water-repellent coatings improve visibility.
Option D is supported with a model-specific qualification. Huawei documents physical image-stabilization technologies designed to reduce image jitter caused by wind, structural movement, and vibration. Such technologies are relevant to railway-related vibration, although stabilization capability varies between camera models.
Option B requires qualification. Huawei documents image-defogging capabilities for fog, moisture, and dust, but this does not establish that every SDC can provide reliable observation through an arbitrary smoke environment. Performance depends on smoke density, wavelength, optics, and the installed camera.
Huawei's course emphasizes robust camera hardware and all-weather adaptability; however, these capabilities must be assessed against the environmental ratings and functional specifications of the particular model.
Official Huawei references:
Training Material - Challenges to Cameras, slides 212-213; Physical Image Stabilization, slide 224; Self- Cleaning Viewing Window, slide 225; Anti-Electromagnetic Interference, slide 226; Waterproof, Dustproof, Vandal-Proof, slide 228.
NEW QUESTION # 38
When an abnormality occurs in an observation area, which feature can be used to show images on a large screen for unified command and coordination?
Answer: C
Explanation:
A video wall provides centralized, large-format visualization of surveillance information and is intended for monitoring centers, security operations rooms, and coordinated incident-response environments.
Option B is correct because a video wall can display live video, recorded footage, and relevant surveillance information across multiple screens. This gives operators and command personnel a consolidated view of events occurring in different observation areas.
When an abnormality is detected, the associated camera stream can be displayed on the video wall for immediate assessment. Operators can then coordinate responses using the presented visual information.
Option A - Snapshot taking: Captures individual still images. Although snapshots can support investigations, this is not the feature specifically responsible for coordinated large-screen monitoring.
Option C - Video recording: Preserves surveillance footage for later playback or investigation but does not itself provide the large-screen visualization function.
Option D - Video storage: Maintains recorded video data and supports retrieval. Storage is a backend function rather than the command-center display capability described.
Huawei's training material explains that video walls improve observation convenience and allow personnel to recognize exceptional events promptly.
The Lab Guide also describes alarm-related video-wall operations, linking large-screen presentation with incident handling.
Official Huawei references:
Training Material - Video Service Features: Video Wall and Network Keyboard, PDF page 378 (printed slide 57). Lab Guide - Section 8.2.1, Alarm Management, Table 8-1.
NEW QUESTION # 39
Which of the following statements are accurate about Huawei HoloSens IVS3800?
Select All that Apply
Answer: A,B,C,D
Explanation:
Huawei HoloSens IVS3800 combines a distributed computing and storage architecture with intelligent- analysis capabilities and container-based service management. All four statements reflect platform features described in the V1.0 course.
Option A is correct in the intended deployment context. IVS3800 supports Lite Edge OS, resource pooling, and combinations of storage, computation, and search services on a single server. Actual workload capacity remains dependent on the hardware configuration and customer requirements.
Option B is correct. Huawei supports clustered deployment of storage, computing, and search resources, together with distributed horizontal expansion, dynamic workload allocation, and service migration.
Option C is correct. The platform supports collaboration across tasks, algorithms, and resources. This includes workload scheduling, algorithm deployment, and cloud-edge coordination intended to improve resource utilization.
Option D is correct. Huawei's intelligent-video services support target alerts and image-based searching.
Intelligent target analysis can trigger alerts when matching targets appear, while image retrieval enables searches using visual or structured features.
These capabilities are closely related to IVS3800's architectural objectives: consolidated resources, flexible scaling, intelligent processing, and centralized management.
The platform can therefore serve both compact deployments and larger distributed surveillance environments, subject to supported product capacity and configuration.
Official Huawei references:
Training Material - Lite Edge Positioning, PDF page 352; Lite Edge Features, PDF page 353; Intelligent Target Attribute Analysis, PDF page 383; Video Search and Synopsis, PDF page 386; Cloud-Edge Synergy, PDF page 392.
NEW QUESTION # 40
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