Ask me in your own words: paraphrasing for multitask question answering
Multitask learning has led to significant advances in Natural Language Processing, including the decaNLP benchmark where question answering is used to frame 10 natural language understanding tasks in a single model. In this work we show how models trained to solve decaNLP fail with simple paraphrasing of the question. We contribute a crowd-sourced corpus of paraphrased questions (PQ-decaNLP), annotated with paraphrase phenomena. This enables analysis of how transformations such as swapping the class labels and changing the sentence modality lead to a large performance degradation. Training both MQAN and the newer T5 model using PQ-decaNLP improves their robustness and for some tasks improves the performance on the original questions, demonstrating the benefits of a model which is more robust to paraphrasing. Additionally, we explore how paraphrasing knowledge is transferred between tasks, with the aim of exploiting the multitask property to improve the robustness of the models. We explore the addition of paraphrase detection and paraphrase generation tasks, and find that while both models are able to learn these new tasks, knowledge about paraphrasing does not transfer to other decaNLP tasks.
Code (1)
Tasks
Natural Language UnderstandingParaphrase GenerationQuestion AnsweringSentenceMethods 이 논문이 사용한 방법론
Similar Papers 제목 키워드 기반
Improving the Robustness of Question Answering Systems to Question Paraphrasing
Despite the advancement of question answering (QA) systems and rapid improvements on held-out test sets, their generalizability is a topic of concern. We explore the robustness of QA models to question paraphrasing by cr…
Data AugmentationQuestion AnsweringiParaphrasing: Extracting Visually Grounded Paraphrases via an Image
A paraphrase is a restatement of the meaning of a text in other words. Paraphrases have been studied to enhance the performance of many natural language processing tasks. In this paper, we propose a novel task iParaphras…
Image CaptioningQuestion AnsweringVisual Question AnsweringVisual Question Answering (VQA)Mitigating Noisy Inputs for Question Answering
Natural language processing systems are often downstream of unreliable inputs: machine translation, optical character recognition, or speech recognition. For instance, virtual assistants can only answer your questions af…
Automatic Speech RecognitionAutomatic Speech Recognition (ASR)Machine TranslationOptical Character Recognition+5ConQuest: Contextual Question Paraphrasing through Answer-Aware Synthetic Question Generation
Despite excellent performance on tasks such as question answering, Transformer-based architectures remain sensitive to syntactic and contextual ambiguities. Question Paraphrasing (QP) offers a promising solution as a mea…
Natural QuestionsQuestion AnsweringQuestion GenerationQuestion-GenerationParaQA: A Question Answering Dataset with Paraphrase Responses for Single-Turn Conversation
This paper presents ParaQA, a question answering (QA) dataset with multiple paraphrased responses for single-turn conversation over knowledge graphs (KG). The dataset was created using a semi-automated framework for gene…
Conversational Question AnsweringKnowledge GraphsQuestion AnsweringTranslation