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Multi-agent prompting system

As explained in Introduction to Generative AI, Second Edition

A multi-agent prompting system coordinates multiple models or roles that generate, critique, filter, vote on, or synthesize outputs.

A multi-agent prompting system coordinates several models or roles to produce, critique, filter, vote on, or synthesize an answer. Instead of trusting one generation, it distributes parts of the task across cooperating agents that can cross-check one another. section 7.6

Generate, critique, synthesize

One model generates options, a second critiques or filters them, and a third votes or synthesizes the final output. Constitutional AI and collaborative debate models illustrate how this arrangement can improve factual consistency, alignment, and robustness, while not eliminating uncertainty. section 7.6

The technique extends prompt engineering from writing a single input to orchestrating a full cycle of construction, iteration, optimization, and structured interaction. Its benefits depend on how well the roles and constraints are designed. section 7.6

How Introduction to Generative AI, Second Edition covers it

How deep it goes
Explains the generate–critique–vote sequence and its intended benefits without descending into implementation details.
Examples
Uses option generation, critique or filtering, voting, synthesis, Constitutional AI, and collaborative debate as examples.
What you can do after
Evaluate and understand how model ensembles can improve consistency, alignment, and robustness under explicit constraints.
How it connects
Connects prompt engineering with adaptive prompting, Constitutional AI, collaborative debate models, and ensembling strategies.

This explainer was generated by Manning's knowledge graph from the text of Introduction to Generative AI, Second Edition. The section links point to the parts of the book it draws on.