Touch Editing: A Flexible One Time Interaction Approach for Translation
We propose a touch based editing method for translation, which is more flexible than traditional keyboard mouse based translation postediting. This approach relies on touch actions that users perform to indicate translation errors. We present a dual encoder model to handle the actions and generate refined translations. To mimic the user feedback, we adopt the TER algorithm comparing between draft translations and references to automatically extract the simulated actions for training data construction. Experiments on translation datasets with simulated editing actions show that our method significantly improves original translation of Transformer (up to 25.31 BLEU) and outperforms existing interactive translation methods (up to 16.64 BLEU) We also conduct experiments on post editing dataset to further prove the robustness and effectiveness of our method.
AACL