Textual Inference with Tree-structured LSTMs1
نویسندگان
چکیده
Textual Inference is a research trend in Natural Language Processing (NLP) that has recently received a lot of attention by the scientific community. Textual Entailment (TE) is a specific task in Textual Inference that aims at determining whether a hypothesis is entailed by a text. Usually tackled by machine learning techniques employing features which represent similarity between texts, the recent availability of more training data presupposes that Neural Networks that are able to learn latent feature from data for generalized prediction could be employed. This paper employs the Child-Sum TreeLSTM for solving the challenging problem of textual entailment. Our approach is simple and able to generalize well without excessive parameter optimization. Evaluation done on SNLI, SICK and other TE datasets shows the competitiveness of our approach.
منابع مشابه
Knowledge-Based Textual Inference via Parse-Tree Transformations
Textual inference is an important component in many applications for understanding natural language. Classical approaches to textual inference rely on logical representations for meaning, which may be regarded as “external” to the natural language itself. However, practical applications usually adopt shallower lexical or lexical-syntactic representations, which correspond closely to language st...
متن کاملKnowledge and Tree-Edits in Learnable Entailment Proofs
This paper describes BIUTEE Bar Ilan University Textual Entailment Engine. BIUTEE is a natural language inference system in which the hypothesis is proven by the text, based on linguisticand worldknowledge resources, as well as syntactically motivated tree transformations. The main progress in BIUTEE in the last year is a new confidence model that estimates the validity of the proof found by BI...
متن کاملExtensions to Tree-Recursive Neural Networks for Natural Language Inference
Understanding textual entailment and contradiction is considered fundamental to natural language understanding. Tree-recursive neural networks, which exploit valuable syntactic parse information, achieve state-of-the-art accuracy among pure sentence encoding models for this task. In this course project for CS224D, we explore two extensions to tree-recursive neural networks deep TreeLSTMs and at...
متن کاملTextual Modelling Embedded into Graphical Modelling
Today’s graphical modelling languages, despite using symbols and connections, represent large model parts as structured text. We benefit from sophistic text editors, when we use programming languages, but we neglect the same technology, when we edit the textual parts of graphical models. Recent advances in generative engineering of textual model editors allow to create such sophisticated text e...
متن کاملBnO at NTCIR-10 RITE: A Strong Shallow Approach and an Inference-based Textual Entailment Recognition System
The BnO team participated in the Recognizing Inference in TExt (RITE) subtask of the NTCIR-10 Workshop [5]. This paper describes our textual entailment recognition system with experimental results for the five Japanes subtasks: BC, MC, EXAMBC, EXAM-SEARCH, and UnitTest. Our appoach includes a shallow method based on word overlap features and named entity recognition; and a novel inferencebased ...
متن کامل