DeepBlueAI at TextGraphs 2021 Shared Task: Treating Multi-Hop Inference Explanation Regeneration as A Ranking Problem

Chunguang Pan, Bingyan Song, Zhipeng Luo
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引用次数: 3

Abstract

This paper describes the winning system for TextGraphs 2021 shared task: Multi-hop inference explanation regeneration. Given a question and its corresponding correct answer, this task aims to select the facts that can explain why the answer is correct for that question and answering (QA) from a large knowledge base. To address this problem and accelerate training as well, our strategy includes two steps. First, fine-tuning pre-trained language models (PLMs) with triplet loss to recall top-K relevant facts for each question and answer pair. Then, adopting the same architecture to train the re-ranking model to rank the top-K candidates. To further improve the performance, we average the results from models based on different PLMs (e.g., RoBERTa) and different parameter settings to make the final predictions. The official evaluation shows that, our system can outperform the second best system by 4.93 points, which proves the effectiveness of our system. Our code has been open source, address is https://github.com/DeepBlueAI/TextGraphs-15
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DeepBlueAI在TextGraphs 2021共享任务:将多跳推理解释再生视为排序问题
本文描述了TextGraphs 2021共享任务的获胜系统:多跳推理解释再生。给定一个问题及其相应的正确答案,此任务旨在从一个大型知识库中选择可以解释为什么该问题和答案(QA)的答案是正确的事实。为了解决这个问题并加速培训,我们的战略包括两个步骤。首先,微调具有三联体损失的预训练语言模型(PLMs),以回忆每个问题和答案对的top-K相关事实。然后,采用相同的架构训练重新排序模型,对前k名候选人进行排序。为了进一步提高性能,我们对基于不同plm(例如RoBERTa)和不同参数设置的模型的结果进行平均,以进行最终预测。官方评价表明,我们的系统比第二好的系统高出4.93分,证明了我们系统的有效性。我们的代码已经开源,地址是https://github.com/DeepBlueAI/TextGraphs-15
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