A Two-Dimensional Framework for AI Agent Design Patterns: Cognitive Function and Execution Topology

• URL: http://arxiv.org/abs/2605.13850v1
• Date: Mon, 16 Mar 2026 04:01:01 GMT
• Title: A Two-Dimensional Framework for AI Agent Design Patterns: Cognitive Function and Execution Topology
• Abstract summary: We propose a two-dimensional classification that combines a Cognitive Function axis with seven categories and an Execution Topology axis with six structural archetypes.<n>The resulting 7x6 matrix identifies 27 named patterns, 13 with original names and provides a principled, framework-neutral, and model-agnostic vocabulary for AI agent architecture design.
• Score: 54.72352855252792
• License: http://arxiv.org/licenses/nonexclusive-distrib/1.0/
• Abstract: Existing frameworks for LLM-based agent architectures describe systems from a single perspective: industry guides (Anthropic, Google, LangChain) focus on execution topology -- how data flows -- while cognitive science surveys focus on cognitive function -- what the agent does. Neither axis alone disambiguates architecturally distinct systems: the same Orchestrator-Workers topology can implement Plan-and-Execute, Hierarchical Delegation, or Adversarial Verification -- three patterns with fundamentally different failure modes and design trade-offs. We propose a two-dimensional classification that combines (1) a Cognitive Function axis with seven categories (Context Engineering, Memory, Reasoning, Action, Reflection, Collaboration, Governance) and (2) an Execution Topology axis with six structural archetypes (Chain, Route, Parallel, Orchestrate, Loop, Hierarchy). The resulting 7x6 matrix identifies 27 named patterns, 13 with original names. We demonstrate orthogonality through systematic cross-axis analysis, define eight representative patterns in detail, and validate descriptive coverage across four real-world domains (financial lending, legal due diligence, network operations, healthcare triage). Cross-domain analysis yields five empirical laws of pattern selection governing the relationship between environmental constraints (time pressure, action authority, failure cost asymmetry, volume) and architectural choices. The framework provides a principled, framework-neutral, and model-agnostic vocabulary for AI agent architecture design.

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