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| Section | Objectives |
|---|---|
| Intelligent Vision Fundamentals | - Overview of Intelligent Vision
|
| Computer Vision Basics | - Image Processing Fundamentals
|
| Industry Applications | - Intelligent Vision Use Cases
|
| 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 # 23
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 # 24
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 # 25
A larger CMOS size signifies better photosensitive performance.
Answer: A
Explanation:
A larger complementary metal-oxide-semiconductor (CMOS) image sensor generally provides better photosensitive performance, particularly under low-illumination conditions, when sensor technology and other imaging parameters are comparable.
An image sensor converts incident light into electrical signals that are subsequently processed to produce digital images. Its photosensitive performance is affected by pixel dimensions, light collection efficiency, electronic noise, and signal processing.
When sensors have the same resolution but different physical dimensions, the larger sensor can accommodate larger individual photosensitive pixels. Larger pixels generally collect more photons during an equivalent exposure period, improving the signal-to-noise ratio and reducing the need for excessive electronic amplification.
Huawei's training material directly illustrates this relationship by comparing two 8-megapixel CMOS sensors.
The larger 4/3-inch sensor uses pixels measuring approximately 4.63 #m, whereas the smaller 1/1.9-inch sensor uses pixels measuring approximately 1.85 #m.
Larger pixels can improve image clarity and noise performance in low-light surveillance environments. This is particularly relevant to nighttime monitoring, indoor security, and scenes with limited supplemental illumination.
However, sensor size alone does not determine complete camera performance. Lens quality, aperture, exposure settings, and image-processing algorithms also contribute.
"A large sensor size indicates better photosensitive performance and clearer images in low illumination conditions." Official Huawei references:
Training Material - Optical Module - Image Sensor, slide 24; Sensor Size, slide 25.
NEW QUESTION # 26
Which of these functions are supported by Huawei SDC bullet cameras?
Select All that Apply
Answer: A,B,C,D
Explanation:
Huawei SDC cameras provide video observation, snapshot capture, and image-control functions through their camera web interfaces. However, the availability of zoom and mechanical rotation depends on the camera model and its associated hardware.
Option A - Zoom: Zooming may be supported through compatible motorized lenses or electronic pan-tilt- zoom (ePTZ) functionality. Electronic zoom changes the displayed image area through software, whereas optical zoom requires appropriate lens hardware.
Option B - Snapshot taking: Huawei's camera web system provides a snapshot function that captures still images from live video. This is a supported function for suitable SDC bullet cameras.
Option C - Rotation: A standard bullet camera has a fixed observation direction and does not inherently provide motorized pan-and-tilt movement. Huawei's Lab Guide explains that a bullet camera can use PTZ controls after connection to an external PTZ device. Therefore, rotation is conditional rather than a universal built-in feature.
Option D - Live video viewing: This is a fundamental network-camera capability. Huawei provides procedures for viewing live camera streams through the web interface.
The question can include all four functions only when optional hardware and software capabilities are included. It is technically incorrect to imply that every fixed bullet camera natively supports rotation.
Official Huawei references:
Training Material - Cameras Classified by Shape, slide 11; Bullet Camera, site application section, page 31.
Lab Guide - Sections 1.2.2.2 and 1.2.2.3; Experiment 3, Configuring the Snapshot Function.
NEW QUESTION # 27
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 # 28
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