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Correct: one retention filter, majority label must match the connector

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  1. README.md +15 -16
README.md CHANGED
@@ -100,22 +100,21 @@ The written guidelines required annotators to judge **strictly what is written**
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  repairing or extending the sentences, and to choose `neutral` when a pair was ambiguous. No
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  synthetic augmentation was used at any stage.
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- ### Two filters, not one
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-
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- Two selection steps were applied, and both matter when interpreting scores on this set:
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-
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- 1. **Annotator agreement** pairs without a sufficient majority among the 3 annotators were
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- discarded (151 removed).
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- 2. **Agreement with the connector label** only pairs whose human majority label *also* matched the
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- connector-derived label were retained. This is why `connection_type` and `connector_type` are
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- identical on all 1,695 rows.
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-
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- The second filter means this is a **reliability-filtered slice**, not a neutral sample: it holds
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- only pairs where automatic and human labelling already coincide. Scores here are correspondingly
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- higher than on the full ESNLIR test split (0.82 vs 0.68 macro F1 for the same XLM-RoBERTa
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- checkpoint), and that gap measures **label reliability rather than task difficulty**the same
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- effect documented for ESNLIR's own human-validated subset. Do not read it as models being better at
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- these instances.
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  ### How candidates were chosen
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  repairing or extending the sentences, and to choose `neutral` when a pair was ambiguous. No
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  synthetic augmentation was used at any stage.
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+ ### The retention filter
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+
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+ A pair was kept only if its **human majority label matched the connector-derived label**. The 151
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+ discarded instances are exactly those where the two disagreed — which is why `connection_type` and
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+ `connector_type` are identical on all 1,695 remaining rows.
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+
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+ This makes the set a **reliability-filtered slice**, not a neutral sample: it holds only pairs where
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+ automatic and human labelling already coincide. Scores here are correspondingly higher than on the
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+ full ESNLIR test split (0.82 vs 0.68 macro F1 for the same XLM-RoBERTa checkpoint), and that gap
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+ measures **label reliability rather than task difficulty** — the same effect documented for ESNLIR's
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+ own human-validated subset. Do not read it as models being better at these instances.
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+
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+ The retention rate is notably high: 1,695 of 1,846 candidates, 91.8%. ESNLIR's own validation
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+ exercise retained only ~45% under the same rule, so these candidatesdrawn by confidence
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+ stratification were substantially easier to label consistently.
 
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  ### How candidates were chosen
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