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Accuracy

As explained in AI Agents and Applications

Accuracy is the degree to which an output, prediction, or measurement agrees with a correct or reference outcome under a specified criterion.

Accuracy is one consideration when choosing an LLM or improving retrieval-augmented generation (RAG). Larger models are generally more accurate, but can be slower and more expensive to run. section 1.5 section 8.1

Balance accuracy against practical constraints:

  • Larger models generally offer more accuracy, while smaller models respond faster and cost less per token. section 1.5
  • Choose according to the application: a customer-support chatbot may favor speed and cost, while legal document analysis may prioritize accuracy. section 1.5
  • A workflow can use different models for different tasks to balance accuracy, speed, and cost. section 1.7

Choosing models across a workflow

A workflow might use GPT-5-nano for fast summarization, GPT-5-mini to synthesize an answer, and GPT-5 to route complex queries. section 1.7

For RAG, examine both content ingestion and question-answering: each stage can introduce problems or offer opportunities to improve accuracy. section 8.1

How AI Agents and Applications covers it

How deep it goes
Compares accuracy with speed and cost, but does not specify a measurement method.
Examples
Contrasts customer-support chatbots with legal document analysis and gives a multi-model summarization, synthesis, and routing workflow.
What you can do after
Evaluate model choices by balancing accuracy against speed, cost, and application requirements.
How it connects
Connects accuracy to model size, training data, latency, inference cost, and RAG ingestion and question-answering.

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Related concepts

This explainer was generated by Manning's knowledge graph from the text of AI Agents and Applications. The section links point to the parts of the book it draws on.