# CoNLL2017 Shared Task Instructions We are pleased to provide a competitive baseline for the [CoNLL2017 Shared Task on Dependency Parsing](http://universaldependencies.org/conll17/). Note that we are providing detailed tutorials to make it easier to use DRAGNN as a platform for improving upon the baselines. Please see our [paper](paper.pdf) more technical details about the model. ## Running the baselines * Install SyntaxNet/DRAGNN following the install instructions. * Download the models [here](https://drive.google.com/file/d/0BxpbZGYVZsEeSFdrUnBNMUp1YzQ/view?usp=sharing) * Download the contest [data and tools](http://universaldependencies.org/conll17/) * Run the baseline_eval.py to run the pre-trained tokenizer and evaluate on the dev set. You should obtain the following results on the dev sets with gold segmentation. Note: Our segmenter does not split multi-word tokens, which may not play nice (yet) the official evaluation script. | Language | UAS | LAS | | -------- | :--------: | :-------------: | | Ancient_Greek-PROIEL | 81.52 | 76.87 | | Ancient_Greek | 70.96 | 65.13 | | Arabic | 84.79 | 78.90 | | Basque | 80.96 | 77.19 | | Bulgarian | 91.33 | 86.77 | | Catalan | 91.32 | 88.76 | | Chinese | 77.56 | 71.96 | | Croatian | 86.62 | 81.84 | | Czech-CAC | 89.99 | 86.09 | | Czech-CLTT | 78.25 | 73.70 | | Czech | 89.55 | 85.23 | | Danish | 84.69 | 81.36 | | Dutch-LassySmall | 84.12 | 80.85 | | Dutch | 86.68 | 81.91 | | English-LinES | 82.43 | 78.46 | | English-ParTUT | 83.55 | 79.00 | | English | 87.60 | 84.20 | | Estonian | 75.77 | 67.76 | | Finnish-FTB | 87.54 | 83.70 | | Finnish | 87.05 | 83.33 | | French-ParTUT | 85.12 | 80.79 | | French-Sequoia | 87.90 | 85.74 | | French | 91.05 | 88.48 | | Galician-TreeGal | 75.26 | 69.50 | | Galician | 84.64 | 81.58 | | German | 85.53 | 81.27 | | Gothic | 81.79 | 74.99 | | Greek | 86.99 | 84.23 | | Hebrew | 87.79 | 82.18 | | Hindi | 93.73 | 90.10 | | Hungarian | 78.68 | 73.03 | | Indonesian | 83.02 | 76.51 | | Irish | 75.02 | 65.66 | | Italian-ParTUT | 85.09 | 80.90 | | Italian | 90.73 | 87.71 | | Japanese | 95.33 | 93.99 | | Kazakh | 28.09 | 7.87 | | Korean | 81.21 | 76.78 | | Latin-ITTB | 82.86 | 78.43 | | Latin-PROIEL | 79.52 | 73.58 | | Latin | 64.72 | 54.59 | | Latvian | 76.17 | 70.55 | | Norwegian-Bokmaal | 91.23 | 88.79 | | Norwegian-Nynorsk | 89.32 | 86.67 | | Old_Church_Slavonic | 84.96 | 79.65 | | Persian | 87.70 | 83.98 | | Polish | 91.32 | 86.83 | | Portuguese-BR | 92.36 | 90.60 | | Portuguese | 90.60 | 88.12 | | Romanian | 89.41 | 83.00 | | Russian-SynTagRus | 91.51 | 89.05 | | Russian | 85.18 | 80.71 | | Slovak | 88.08 | 82.64 | | Slovenian-SST | 66.77 | 59.38 | | Slovenian | 89.85 | 87.62 | | Spanish-AnCora | 91.02 | 88.61 | | Spanish | 90.32 | 87.16 | | Swedish-LinES | 83.67 | 78.96 | | Swedish | 82.45 | 78.75 | | Turkish | 68.81 | 60.57 | | Ukrainian | 72.19 | 62.79 | | Urdu | 85.50 | 79.19 | | Uyghur | 69.23 | 43.27 | | Vietnamese | 65.18 | 55.61 | ## Using DRAGNN for developing your own models We hope that DRAGNN will be useful as a starting point for deep learning parsing methods. We've provided a few recipes for alternative baselines sprinkled through the tutorials and examples.