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A Neuro-Symbolic Framework for Accountability in Algorithmic Decision-Making

Key findings used in wiki

  • The paper presents a neuro-symbolic architecture applied to CalFresh (SNAP) eligibility determination, providing a direct precedent for GiveCare's approach to combining LLM reasoning with symbolic rule verification.
  • The framework separates neural interpretation (understanding user input) from symbolic verification (checking eligibility rules), informing GiveCare's two-stage eligibility pipeline design.
  • Accountability mechanisms require that every eligibility determination be traceable to specific rules and input facts, shaping GiveCare's audit-trail and explainability requirements.
  • The CalFresh application demonstrates that neuro-symbolic approaches achieve higher accuracy than pure-LLM or pure-rule-based systems on complex eligibility scenarios with exceptions and edge cases.
  • The framework's emphasis on human-interpretable decision traces aligns with GiveCare's design principle that users should understand why they qualify or do not qualify for specific benefits.