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AI-900 · Question #216

For which two workloads can you use computer vision? Each correct answer presents a complete solution. NOTE: Each correct selection is worth one point.

The correct answer is B. assigning the color pixels in an image to object names C. describing the contents of an image. Computer vision is used for tasks involving the analysis and understanding of image content, such as object segmentation and generating descriptive captions.

Submitted by luis.pe· Mar 30, 2026Describe features of computer vision workloads on Azure

Question

For which two workloads can you use computer vision? Each correct answer presents a complete solution. NOTE: Each correct selection is worth one point.

Options

  • Acreating photorealistic images by using three-dimensional models
  • Bassigning the color pixels in an image to object names
  • Cdescribing the contents of an image
  • Ddetecting inconsistencies and anomalies in a stream of data
  • Ecreating visual representations of numerical data

How the community answered

(27 responses)
  • B
    89% (24)
  • D
    4% (1)
  • E
    7% (2)

Why each option

Computer vision is used for tasks involving the analysis and understanding of image content, such as object segmentation and generating descriptive captions.

Acreating photorealistic images by using three-dimensional models

Creating photorealistic images from 3D models falls under computer graphics or rendering, not typically computer vision which focuses on understanding existing images.

Bassigning the color pixels in an image to object namesCorrect

Assigning the color pixels in an image to object names describes semantic segmentation, a core computer vision task where each pixel is classified as belonging to a specific object or category. This allows for precise understanding of object boundaries within an image.

Cdescribing the contents of an imageCorrect

Describing the contents of an image is a fundamental capability of computer vision, where services can generate human-readable captions that summarize the main objects, actions, and scenes depicted in an image. This provides a high-level understanding of the image.

Ddetecting inconsistencies and anomalies in a stream of data

Detecting inconsistencies and anomalies in a stream of data is a task for anomaly detection services, which can apply to various data types, but not specifically to computer vision unless the "data" is a stream of images being monitored for visual anomalies.

Ecreating visual representations of numerical data

Creating visual representations of numerical data is data visualization, not a core computer vision workload.

Concept tested: Computer Vision capabilities (semantic segmentation, image captioning)

Source: https://learn.microsoft.com/en-us/azure/ai-services/computer-vision/overview

Topics

#Computer Vision#Object Detection#Image Captioning

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