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Region-by-region surprisal
Sample item for Filler-Gap Dependencies (object extraction)
The first item of the test suite is shown below for quick reference. Please visit the page for Filler-Gap Dependencies (object extraction) to see the full list of items.
| Item |
Condition
| prefix | comp | np1 | verb | np2 | prep | np3 | end |
|---|---|---|---|---|---|---|---|---|---|
| Item | Condition | prefix | comp | np1 | verb | np2 | prep | np3 | end |
| 1 | what_nogap | I know | what | our uncle | grabbed | the food | in front of | the guests | at the holiday party |
| 1 | that_nogap | I know | that | our uncle | grabbed | the food | in front of | the guests | at the holiday party |
| 1 | what_gap | I know | what | our uncle | grabbed | in front of | the guests | at the holiday party | |
| 1 | that_gap | I know | that | our uncle | grabbed | in front of | the guests | at the holiday party |
Showing 1 to 4 of 4 entries
Prediction performance for Ordered Neurons on Filler-Gap Dependencies (object extraction)
| Accuracy |
Formula
| Description |
|---|---|---|
| Accuracy | Prediction | Description |
| 95.83% | what_gap.prep < that_gap.prep |
We expect the “prep” region to be lower in the what_gap condition than in the that_gap condition, because gaps must be licensed by upstream wh words (such as “what”). |
| 100.00% | what_nogap.np2 > that_nogap.np2 |
We expect the NP2 to be less surprising in the that_no-gap condition than in the what_no-gap condition, because an upstream wh-word should set up an expectation for a gap. |
Showing 1 to 2 of 2 entries