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upload bimnli

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@@ -185,14 +185,29 @@ An example in the **Complex SI** dataset created from the Food Ontology (FoodOn)
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  }
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  ```
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  ### Data Fields
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  - `v_sub_concept`: verbalised sub-concept expression.
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  - `v_super_concept`: verbalised super-concept expression.
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  - `label`: a binary class label indicating whether two concepts really form a subsumption relationship (`1` means yes).
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  - `axiom`: a string representation of the original subsumption axiom which is useful for tracing back to the ontology.
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  - `anchor_axiom`: (for complex SI only) a string representation of the anchor equivalence axiom used for sampling the `axiom`.
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  ### Data Splits
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  | Source | #Concepts | #EquivAxioms | #Dataset (Train/Dev/Test) |
 
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  }
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  ```
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+ An example in the **biMNLI** dataset created from the MNLI dataset is as follows:
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+ ```
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+ {
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+ 'premise': 'At the turn of the 19th century Los Angeles and Salt Lake City were among the burgeoning metropolises of the new American West.',
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+ 'hypothesis': 'Salt Lake City was booming in the early 19th century.',
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+ 'label': 1
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+ }
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+ ```
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+
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  ### Data Fields
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+ #### SI Data Fields
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  - `v_sub_concept`: verbalised sub-concept expression.
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  - `v_super_concept`: verbalised super-concept expression.
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  - `label`: a binary class label indicating whether two concepts really form a subsumption relationship (`1` means yes).
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  - `axiom`: a string representation of the original subsumption axiom which is useful for tracing back to the ontology.
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  - `anchor_axiom`: (for complex SI only) a string representation of the anchor equivalence axiom used for sampling the `axiom`.
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+ #### biMNLI Data Fields
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+ - `premise`: inheritated from the MNLI dataset.
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+ - `hypothesis`: inheritated from the MNLI dataset.
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+ - `label`: a binary class label indicating `contradiction` (`0`) or `entailment` (`1`).
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+
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  ### Data Splits
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  | Source | #Concepts | #EquivAxioms | #Dataset (Train/Dev/Test) |