Constituency Grammar Induction On Ptb
Metriken
Max F1 (WSJ)
Ergebnisse
Leistungsergebnisse verschiedener Modelle zu diesem Benchmark
Vergleichstabelle
| Modellname | Max F1 (WSJ) |
|---|---|
| neural-language-modeling-by-jointly-learning | 38.1 |
| ensemble-distillation-for-unsupervised | - |
| augmenting-transformers-with-recursively | - |
| ordered-neurons-integrating-tree-structures | 49.4 |
| unsupervised-latent-tree-induction-with-deep-1 | 56.2 |
| structural-optimization-ambiguity-and | 68.4 |
| ensemble-distillation-for-unsupervised | 71.9 |
| co-training-an-unsupervised-constituency | 66.8 |
| compound-probabilistic-context-free-grammars | 60.1 |
| pcfgs-can-do-better-inducing-probabilistic | 61.4 |
| ordered-neurons-integrating-tree-structures | 50.0 |
| unsupervised-latent-tree-induction-with-deep-1 | 49.6 |
| unsupervised-recurrent-neural-network | 52.4 |
| generative-pretrained-structured-transformers | - |
| compound-probabilistic-context-free-grammars | 52.6 |
| structural-optimization-ambiguity-and | 70.3 |
| unsupervised-parsing-with-s-diora-single-tree | 63.96 |
| dynamic-programming-in-rank-space-scaling-1 | - |
| on-eliciting-syntax-from-language-models-via | 64.1 |
| neural-language-modeling-by-jointly-learning | 47.9 |
| unsupervised-learning-of-syntactic-structure | - |
| neural-bi-lexicalized-pcfg-induction | - |
| fast-r2d2-a-pretrained-recursive-neural | - |