Abstract. We investigate using Amazon Mechanical Turk (AMT) for building a low-level description corpus and populating VigNet, a com-prehensive semantic resource that we will use in a text-to-scene gener-ation system. To depict a picture of a location, VigNet should contain the knowledge about the typical objects in that location and the ar-rangements of those objects. Such information is mostly common-sense knowledge that is taken for granted by human beings and is not stated in existing lexical resources and in text corpora. In this paper we focus on collecting objects of locations using AMT. Our results show that it is a promising approach
We present an interactive text to 3D scene generation system that learns the expected spatial layout...
The problem of place or location recognition is a problem that is difficult and largely unsolved. It...
Knowledge discovery from texts, particularly the identification of spatial information is a difficul...
We investigate using Amazon Mechanical Turk (AMT) for building a low-level description corpus and po...
Abstract. WordsEye is a system for automatically converting a text de-scription of a scene into a 3D...
Abstract. Spatial relations play an important role in our understanding of language. In particular, ...
WordsEye is a system for converting from English text into three-dimensional graphical scenes that r...
We present a spatial natural language generation system to create captions that describe the geogra...
Place narratives provide a rich resource of learning how hu-mans localize places. Place localization...
Text-to-scene conversion requires knowledge about how actions and locations are expressed in languag...
We address the grounding of natural lan-guage to concrete spatial constraints, and inference of impl...
International audienceThe paper presents an approach to extract knowledge from large text corpora, i...
We address the grounding of natural lan-guage to concrete spatial constraints, and inference of impl...
2015-01-16Digital information with a spatial component is being generated at an astounding rate, fro...
International audienceKnowledge discovery from texts, particularly the identification of spatial inf...
We present an interactive text to 3D scene generation system that learns the expected spatial layout...
The problem of place or location recognition is a problem that is difficult and largely unsolved. It...
Knowledge discovery from texts, particularly the identification of spatial information is a difficul...
We investigate using Amazon Mechanical Turk (AMT) for building a low-level description corpus and po...
Abstract. WordsEye is a system for automatically converting a text de-scription of a scene into a 3D...
Abstract. Spatial relations play an important role in our understanding of language. In particular, ...
WordsEye is a system for converting from English text into three-dimensional graphical scenes that r...
We present a spatial natural language generation system to create captions that describe the geogra...
Place narratives provide a rich resource of learning how hu-mans localize places. Place localization...
Text-to-scene conversion requires knowledge about how actions and locations are expressed in languag...
We address the grounding of natural lan-guage to concrete spatial constraints, and inference of impl...
International audienceThe paper presents an approach to extract knowledge from large text corpora, i...
We address the grounding of natural lan-guage to concrete spatial constraints, and inference of impl...
2015-01-16Digital information with a spatial component is being generated at an astounding rate, fro...
International audienceKnowledge discovery from texts, particularly the identification of spatial inf...
We present an interactive text to 3D scene generation system that learns the expected spatial layout...
The problem of place or location recognition is a problem that is difficult and largely unsolved. It...
Knowledge discovery from texts, particularly the identification of spatial information is a difficul...