DISSERTATION

Multilingual Semantic Parsing and Generation with Neural Models

Abstract

Meaning representation, an abstract formal language, addresses how sentence components combine to convey a coherent meaning. This involves defining rules for syntactic structures, semantic roles, logical operators, and more. By clarifying natural language, meaning representation potentially enhances text comprehension and processing for computers. In this dissertation, we delve into two important tasks related to meaning representations: semantic parsing and text generation. Our primary focus is to explore the potential and limitations of semantic parsing across multiple natural languages. Furthermore, we present a task --- generating text from meaning representations --- with the objective of assessing the challenges inherent in various languages.

Keywords:
Natural language processing Computer science Parsing Artificial intelligence Meaning (existential) Sentence Representation (politics) Natural language Linguistics Task (project management) Semantic role labeling Semantic computing Logical form Semantics (computer science) Psychology Programming language

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Citation History

Topics

Natural Language Processing Techniques
Physical Sciences →  Computer Science →  Artificial Intelligence
Topic Modeling
Physical Sciences →  Computer Science →  Artificial Intelligence
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