Semantic parsing is the task of mapping a natural language sentence into a complete, formal meaning representation. Over the past decade, we have developed a number of machine learning methods for inducing semantic parsers by training on a corpus of sentences paired with their meaning representations in a specified formal language. We have demonstrated these methods on the automated construction of naturallanguage interfaces to databases and robot command languages. This paper reviews our prior work on this topic and discusses directions for future research
In this thesis, we investigate an approach for grammar induction that relies on se-mantics to drive ...
Semantic parsing aims at mapping natural language text into meaning representations, which have the ...
textSemantic parsing involves deep semantic analysis that maps natural language sentences to their ...
Computational systems that learn to transform natural-language sentences into semantic representatio...
We introduce a learning semantic parser, SCISSOR, that maps natural-language sentences to a detailed...
This paper presents an approach for inducing transformation rules that map natural-language sentence...
We present a novel statistical approach to semantic parsing, WASP, for constructing a complete, form...
This paper describes a system, Wolfie (WOrd Learning From Interpreted Examples), that acquires a sem...
We introduce a learning semantic parser, SCISSOR, that maps natural-language sen-tences to a detaile...
For building question answering systems and natural lan-guage interfaces, semantic parsing has emerg...
This paper focuses on a system, Wolfie (WOrd Learning From Interpreted Examples), that acquires a se...
Querying a database to retrieve an answer, telling a robot to perform an action, or teaching a comp...
Semantic parsing is the task of translating natural language utterances onto machine-interpretable p...
Open-text semantic parsers are designed to interpret any statement in natural language by inferring ...
This paper describes a system, Wolfie (WOrd Learning From Interpreted Examples), that acquires a sem...
In this thesis, we investigate an approach for grammar induction that relies on se-mantics to drive ...
Semantic parsing aims at mapping natural language text into meaning representations, which have the ...
textSemantic parsing involves deep semantic analysis that maps natural language sentences to their ...
Computational systems that learn to transform natural-language sentences into semantic representatio...
We introduce a learning semantic parser, SCISSOR, that maps natural-language sentences to a detailed...
This paper presents an approach for inducing transformation rules that map natural-language sentence...
We present a novel statistical approach to semantic parsing, WASP, for constructing a complete, form...
This paper describes a system, Wolfie (WOrd Learning From Interpreted Examples), that acquires a sem...
We introduce a learning semantic parser, SCISSOR, that maps natural-language sen-tences to a detaile...
For building question answering systems and natural lan-guage interfaces, semantic parsing has emerg...
This paper focuses on a system, Wolfie (WOrd Learning From Interpreted Examples), that acquires a se...
Querying a database to retrieve an answer, telling a robot to perform an action, or teaching a comp...
Semantic parsing is the task of translating natural language utterances onto machine-interpretable p...
Open-text semantic parsers are designed to interpret any statement in natural language by inferring ...
This paper describes a system, Wolfie (WOrd Learning From Interpreted Examples), that acquires a sem...
In this thesis, we investigate an approach for grammar induction that relies on se-mantics to drive ...
Semantic parsing aims at mapping natural language text into meaning representations, which have the ...
textSemantic parsing involves deep semantic analysis that maps natural language sentences to their ...