CREAK: A Dataset for Commonsense Reasoning over Entity Knowledge
Yasumasa Onoe Michael J.Q. Zhang Eunsol Choi Greg Durrett Affiliation: The University of Texas at Austin Affiliation: {yasumasa, mjqzhang, eunsol,
Abstract
Most benchmark datasets targeting commonsense reasoning focus on everyday scenarios: physical knowledge like knowing that you could fill a cup under a waterfall (Talmor et al. 2019), social knowledge like bumping into someone is awkward (Sap et al. 2019), and other generic situations. However, there is a rich space of commonsense inferences anchored to knowledge about specific entities: for example, deciding the truthfulness of a claim Harry Potter can teach classes on how to fly on a broomstick. Can models learn to combine entity knowledge with commonsense reasoning in this fashion? We introduce Creak, a testbed for commonsense reasoning about entity knowledge, bridging fact-checking about entities (Harry Potter is a wizard and is skilled at riding a broomstick) with commonsense inferences (if you’re good at a skill you can teach others how to do it). Our dataset consists of 13k human-authored English claims about entities that are either true or false, in addition to a small contrast set. Crowdworkers can easily come up with these statements and human performance on the dataset is high (high 90s); we argue that models should be able to blend entity knowledge and commonsense reaso
原文 arXiv:2109.01653;中英对照 + 大白话阅读 https://aha.fim.ai/paper/2109.01653v1