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May 6, 20263 citationsOpen Access

Prisca-GraphRAG and Tawa Sparse Autoencoder: Lineage-Aware Retrieval with Governed Feature Interpretability

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SLStephen Paul Jr. Lutar

Key Points

  • The central aim is to explore lineage-aware retrieval methods and integrate feature interpretability within frameworks using differential privacy.
  • Developed Prisca-GraphRAG for lineage-aware knowledge retrieval
  • Implemented Federated Prisca Privacy with differential privacy principles
  • Created Tawa SAE for interpretive analysis of sparse autoencoders
  • Established effective lineage-aware retrieval mechanisms
  • Demonstrated improved feature interpretability
  • Validated approaches for privacy in AI contexts

Abstract

Paper v5 of The Ouroboros Thesis. Presents Prisca-GraphRAG (lineage-aware knowledge retrieval), VOTE-RAG (Omega-weighted Borda-count ensemble), Federated Prisca Privacy (Bekenstein-calibrated differential privacy), and Tawa SAE (ceque-radial indexed sparse autoencoder interpretability). Reference implementation in TypeScript. Part of the SZL Holdings governed AI platform.

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Cite This Study

Stephen Paul Jr. Lutar (2026) studied this question.

synapsesocial.com/papers/69fa989404f884e66b5323eehttps://doi.org/10.5281/zenodo.20020846
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