Model card: discoverability tags + How-it-compares section + COMPARISON link
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README.md
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license: mit
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library_name: pytorch
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pipeline_tag: text-generation
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tags:
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- knowledge-editing
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- model-editing
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- byte-level
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- interpretability
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- research-prototype
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---
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# Yaz — an editable, auditable tiny knowledge model that abstains when unsure
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All numbers reproduce with the public `all-MiniLM-L6-v2` embedder (no internal dependencies), seed 2026, CPU.
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## Limitations (read these)
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- **First-byte editor.** Edits set the answer's **first byte**; multi-byte generation is not faithful
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license: mit
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library_name: pytorch
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pipeline_tag: text-generation
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language:
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- en
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tags:
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- knowledge-editing
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- model-editing
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- byte-level
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- interpretability
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- research-prototype
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- crud
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- editable-llm
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- tiny-language-model
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- cpu
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- knowledge-base
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- rome
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- memit
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---
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# Yaz — an editable, auditable tiny knowledge model that abstains when unsure
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All numbers reproduce with the public `all-MiniLM-L6-v2` embedder (no internal dependencies), seed 2026, CPU.
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## How it compares
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Yaz sits in the **side-memory** family of editors (like SERAC/GRACE/WISE/PENME), not the weight-editing
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family (ROME/MEMIT/MEND). Two honest differences: its edit is a **structural** decoder-column swap (locality
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by construction), and it **abstains** on low routing confidence instead of answering with the base model —
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a feature no published editor has. On a controlled tiny task, weight-editing (ROME/MEMIT) lands the new
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answer but loses selectivity as edits accumulate (22–67% of other facts change), while Yaz holds 0%; but
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Yaz is far smaller-scale and its update reliability degrades past its capacity. **Full, honest comparison
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(incl. ROME/MEMIT-vs-Yaz at 5/50/200 facts):**
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[COMPARISON.md on GitHub](https://github.com/TilelliLab/Yaz/blob/main/COMPARISON.md).
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## Limitations (read these)
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- **First-byte editor.** Edits set the answer's **first byte**; multi-byte generation is not faithful
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