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| Section | Objectives |
|---|---|
| Topic 1: Model Training and Deployment | - End-to-end AI workflow
|
| Topic 2: Artificial Intelligence and Deep Learning | - Neural Network Fundamentals
|
| Topic 3: Huawei Intelligent Vision Platform | - Huawei AI ecosystem
|
| Topic 4: Intelligent Vision Fundamentals | - Overview of Intelligent Vision
|
| Topic 5: Computer Vision Basics | - Image Processing Fundamentals
|
| Topic 6: Industry Applications | - Intelligent Vision Use Cases
|
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NEW QUESTION # 37
A longer camera focal length means a narrower field of view.
Answer: A
Explanation:
The focal length of a camera lens determines the angular extent of the scene captured by the image sensor. For a fixed sensor size, increasing focal length produces a narrower field of view and magnifies objects within the observed area.
A short focal length provides a wide viewing angle, making it suitable for monitoring large areas such as building entrances, public spaces, and indoor halls. By comparison, a longer focal length concentrates the image on a smaller area and allows distant objects to occupy more pixels within the captured frame.
This principle can be expressed through the horizontal field-of-view relationship: # = 2 tan#ยน(W / 2f), where # represents the horizontal viewing angle, W is the sensor width, and f is the lens focal length.
As focal length increases while sensor width remains constant, the calculated viewing angle decreases.
In video-security design, this relationship is essential when selecting lenses for vehicle monitoring, perimeter protection, identification checkpoints, and long-distance observation.
Huawei distinguishes wide-angle, standard, and telephoto lenses according to focal length and field of view.
The training material explicitly describes the inverse relationship between focal length and the horizontal area visible through the camera.
Official Huawei references:
Training Material - Optical Module - Lens, slide 16; Main Lens Parameters, slide 17; Focal Length, slide
18; Angle of View, slide 19.
NEW QUESTION # 38
Which of the following devices are part of a video security center?
Select All that Apply
Answer: A,B,C,D
Explanation:
A video-security center is the centralized operational environment used to monitor, control, display, and coordinate video-surveillance services. Huawei's training material identifies the video wall, decoder, control keyboard, and matrix as components of the security-center architecture.
A). Video wall: Provides large-scale visual presentation of surveillance feeds, alarm-related images, and operational information. It supports simultaneous monitoring of multiple camera streams and coordinated incident management.
B). Decoder: Converts encoded digital video streams into image signals suitable for display. A decoder enables video received through a network to be presented on compatible monitoring screens.
C). Control keyboard: Allows operators to control surveillance functions, including video selection, switching, and supported pan-tilt-zoom operations. It provides a dedicated interface for monitoring-center personnel.
D). Matrix: Performs video switching and distribution, directing selected video sources to designated display outputs. This enables flexible presentation of surveillance information across multiple monitors.
These components operate together to provide a coordinated surveillance environment. The matrix manages video switching, the decoder prepares digital streams for display, the video wall presents surveillance images, and the control keyboard provides operational control.
Huawei's video-security center architecture explicitly includes all four devices, alongside the video-security client.
Official Huawei references:
Training Material - Video Security Center Composition, slide 102; Matrix, slides 104-105; Decoder, slide
106; Video Wall, slides 107-109; Control Keyboard, slides 110-113.
NEW QUESTION # 39
Which of the following statements regarding the GIS function of the Huawei HoloSens Intelligent Vision System (IVS) are correct?
Select All that Apply
Answer: A,C,D
Explanation:
Huawei HoloSens IVS provides Geographic Information System (GIS) integration for geographically organized camera management, alarm visualization, and surveillance operations.
Option A is correct. GIS allows operators to identify the geographical location of an alarm and view the associated video. This reduces the time required to identify the affected observation area and respond to an incident.
Option B is correct. GIS supports visualized operations using electronic maps, allowing personnel to interact with cameras and surveillance resources through their geographical positions rather than relying exclusively on device lists.
Option C is correct. Huawei specifically identifies camera location, alarm deployment, and alarm querying as GIS capabilities. These functions support geographically targeted surveillance and alert management.
Option D is incorrect. Huawei's training material explicitly identifies campuses as suitable GIS application environments. GIS is not restricted to city-scale deployments.
The platform can associate camera resources with geographical coordinates, enabling operators to locate devices and alarm sources efficiently.
GIS is particularly useful in distributed surveillance networks where cameras cover numerous buildings, roads, public spaces, or other geographical locations.
Huawei's architecture distinguishes GIS from ordinary video display by emphasizing geographical context and location-based operations.
"Observes campus and important areas"
Official Huawei references:
Training Material - Video Service Features: Electronic Map and Video Quality Diagnosis, PDF page 380 (printed slide 59); Video Networking Features: GIS, PDF page 393 (printed slide 72).
NEW QUESTION # 40
Which of the following media does not need a repeater to transmit video and control signals over long distances (dozens of kilometers)?
Answer: B
Explanation:
Optical fiber is the appropriate transmission medium for carrying video and control traffic over distances extending to several tens of kilometers without intermediate signal regeneration, provided suitable optical modules and a compliant optical link budget are used.
Optical communication transmits information as light rather than electrical signals. Consequently, it offers low attenuation, high transmission capacity, and immunity to electromagnetic interference. These properties make fiber particularly suitable for distributed video-security systems where cameras, aggregation equipment, and surveillance centers are geographically separated.
Option B is correct because single-mode optical fiber supports long-distance, high-bandwidth transmission with substantially lower attenuation than conventional copper media. Huawei specifically identifies single- mode fiber as suitable for long-distance, high-speed applications.
Option A is incorrect because coaxial cables experience electrical signal attenuation, limiting the distance that can be supported without amplification or regeneration.
Option C is incorrect because an ordinary power cable is designed for electrical power delivery rather than dedicated long-distance video and control transmission.
Option D is incorrect because twisted-pair Ethernet cabling generally supports standard copper Ethernet links of approximately 100 meters, depending on the technology and cabling specification.
Actual fiber transmission distance depends on attenuation, wavelength, connector losses, optical transceiver specifications, and transmission-system design.
Official Huawei references:
Training Material - Video Network Transmission Technologies; Transmission Media, slide 148; Optical Transmission Network, slides 166-167.
NEW QUESTION # 41
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 # 42
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