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AI-900 Practice Question: Describe features of generative AI workloads on Azure

What is 'text generation' as a generative AI capability and what are common use cases?

⚠ Common exam trap

Test-takers frequently confuse text generation with text extraction or transformation tasks (like OCR, transcription, or formatting), because all involve text, but only generative AI creates new, original content from a prompt.

Answer choices

Why each option matters

Answer the question above first, then reveal the full breakdown to understand why each option is right or wrong.

Correct answer & explanation

Creating new coherent text from prompts for writing, code, summaries, and conversational AI

Text generation in generative AI refers to the capability of models (like GPT-4 or GPT-3.5) to produce new, coherent text based on a given prompt. This includes tasks such as writing articles, generating code, creating summaries, and powering conversational AI agents. The key distinction is that the output is novel content, not a direct extraction or transformation of existing text.

Answer analysis

Option-by-option breakdown

For each option: why learners choose it and why it is or isn't the right answer here.

  • Extracting and copying text from scanned images using OCR

    Why it's wrong here

    OCR is an extraction task: it detects and transcribes characters that already exist in an image, mapping pixel patterns to known glyphs. This is recognition, not generation, because the model never creates new content—it simply reproduces source text. Text generation, by contrast, produces original sequences of tokens from a prompt, such as writing a new paragraph or drafting an email.

  • Creating new coherent text from prompts for writing, code, summaries, and conversational AI

    Why this is correct

    Text generation is the core capability of large language models (LLMs) in Azure AI services: the model uses autoregressive token prediction to produce new, coherent text that was not present in the input. This enables writing assistance, code completion, summarization, and conversational AI, where the output is semantically novel and directly conditioned on the prompt. It is the only option that aligns with the definition of text generation as a generative rather than extractive or transformative workload.

  • Converting speech audio into a written transcript

    Why it's wrong here

    Converting speech into a written transcript is a speech-to-text (speech recognition) workload, not text generation. The system transduces an audio signal into a sequence of words that were spoken, so the output is bound to the existing acoustic content and contains no novel information. Azure AI Speech provides this capability separately from generative language models, which synthesize original text from a prompt rather than transcribe an input signal.

  • Formatting existing text by adding headings, bullets, and correct punctuation

    Why it's wrong here

    Adding headings, bullets, or punctuation to existing text is a formatting or editing operation that preserves the original content and only changes its structure or presentation. This can be implemented deterministically with rules or templates, and while an LLM might perform it as one type of edit, it is not the defining characteristic of text generation. Text generation requires producing new text content—words, sentences, or code—that did not exist before the prompt was issued.

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