This repository contains code for the paper A Divide-and-Conquer Approach to the Summarization of Long Documents, which was published in the IEEE/ACM Transactions on Audio, Speech, and Language Processing.
Note: The model implementation, initial model checkpoints and ROUGE implementations are different from the original published paper, so the results might be a bit different.
The data used in the experiments are scientific papers obtained from the ArXiv and PubMed OpenAccess repositories. We are using the datasets created and open sourced by Cohan et al. (2018).
ArXiv dataset: Download (mirror) PubMed dataset: Download (mirror)
Note: The dataset is also available on Tensorflow Datasets but since it's structure is not preserved it is not suitable for DANCER.
Since the datasets are rather large, we are using PySpark to do the preprocess (don't worry we won't be running in cluster mode, so you can still run it on your local machine). We recommend that you use a machine with at least 4 cores and 16GBs of memory. More resources will make you preprocessing much faster.
To run the full preprocessing you can run sh run_data_prep.sh modifying the following configurations.
--data_root: path to your download .txt files
--task: one of "pubmed" and "arxiv"
--driver_memory: tune based on your machine (e.g. for a 16Gi machine, 12Gi should be fine)
Pyspark will write each split into many partitions. You need to merge them in one file by running (replacing split with train, val and test):
cat /path/to/data/split/part-* > split.json
To run a full training session with DANCER you can run run_dancer_training.sh
modifying the following configurations.
--model_name_or_path: initial model name or path
--tokenizer_name: tokenizer name or path
--train_file: path to the training data file (created in the preprocessing step)
--validation_file: path to the validation data file (created in the preprocessing step)
--text_column: name of the input text column
--summary_column: name of the target summary column
--output_dir: path for output model artifacts
--logging_dir: path for training logs
--per_device_train_batch_size: training batch size
--per_device_eval_batch_size: evaluation batch size
--max_source_length: max number of input tokens
--max_target_length: max number of summary tokens for training
--val_max_target_length: max number of summary tokens for evaluation
--num_beams: number of beams for beam search decoding
--metric_for_best_model: metric used for checkpointing and early stopping
Once you have a trained DANCER model you can run summary generation running
run_dancer_generation.sh modifying the following configurations.
--mode: dancer (use standard for non-DANCER models)
--model_path: path to the trained model artifacts
--output_path: path to ouput summaries
--data_path: path to the test data file (created in the preprocessing step)
--text_column: name of the input text column
--summary_column: name of the target summary column
--write_rouge: if True then summaries and ROUGE metrics are written (if False they are just printed)
--test_batch_size: generation batch size
--max_source_length: max number of input tokens
--max_target_length: max number of generated summary tokens
--num_beams: number of beams for beam search decoding
If you extend or use this work, please consider citing the paper:
@article{gidiotis2020divide,
author={Gidiotis, Alexios and Tsoumakas, Grigorios},
journal={IEEE/ACM Transactions on Audio, Speech, and Language Processing},
title={A Divide-and-Conquer Approach to the Summarization of Long Documents},
year={2020},
volume={28},
number={},
pages={3029-3040},
doi={10.1109/TASLP.2020.3037401}
}
React
Typescript
Django
Laravel
Facebook
Microsoft
Google
Alibaba
D3
Tencent