Abstract. WordsEye is a system for automatically converting a text de-scription of a scene into a 3D image. In converting a text description into a corresponding 3D scene, it is necessary to map objects and locations specified in the text into the actual 3D objects. Individual objects typi-cally correspond to single 3D models, but locations (e.g. a living room) are typically an ensemble of objects. Prototypical mappings from loca-tions to objects and their relations are called location vignettes, which are not present in existing lexical resources. In this paper we propose a new methodology using Amazon’s Mechanical Turk to collect semantic information for location vignettes. Our preliminary results show that this is a promising approach
Natural language is an easy and effective medium for describing visual ideas and mental images. Thus...
Sensing and mapping its surroundings is an essential requirement for a mobile robot. Geometric maps ...
We present an interactive text to 3D scene generation system that learns the expected spatial layout...
Abstract. We investigate using Amazon Mechanical Turk (AMT) for building a low-level description cor...
We investigate using Amazon Mechanical Turk (AMT) for building a low-level description corpus and po...
Abstract. Spatial relations play an important role in our understanding of language. In particular, ...
We outline ongoing work on WordsEye, a text-to-scene generation system. While WordsEye (Coyne and Sp...
WordsEye is a system for converting from English text into three-dimensional graphical scenes that r...
Natural language is an easy and effective medium for describing visual ideas and mental images. Thus...
Text-to-scene conversion requires knowledge about how actions and locations are expressed in languag...
The traditional environment maps built by mobile robots include both metric ones and topological one...
Spatial relations play an important role in our understanding of language. In particular, they are a...
We address the grounding of natural lan-guage to concrete spatial constraints, and inference of impl...
We address the grounding of natural lan-guage to concrete spatial constraints, and inference of impl...
The ability to map descriptions of scenes to 3D geometric representations has many applications in a...
Natural language is an easy and effective medium for describing visual ideas and mental images. Thus...
Sensing and mapping its surroundings is an essential requirement for a mobile robot. Geometric maps ...
We present an interactive text to 3D scene generation system that learns the expected spatial layout...
Abstract. We investigate using Amazon Mechanical Turk (AMT) for building a low-level description cor...
We investigate using Amazon Mechanical Turk (AMT) for building a low-level description corpus and po...
Abstract. Spatial relations play an important role in our understanding of language. In particular, ...
We outline ongoing work on WordsEye, a text-to-scene generation system. While WordsEye (Coyne and Sp...
WordsEye is a system for converting from English text into three-dimensional graphical scenes that r...
Natural language is an easy and effective medium for describing visual ideas and mental images. Thus...
Text-to-scene conversion requires knowledge about how actions and locations are expressed in languag...
The traditional environment maps built by mobile robots include both metric ones and topological one...
Spatial relations play an important role in our understanding of language. In particular, they are a...
We address the grounding of natural lan-guage to concrete spatial constraints, and inference of impl...
We address the grounding of natural lan-guage to concrete spatial constraints, and inference of impl...
The ability to map descriptions of scenes to 3D geometric representations has many applications in a...
Natural language is an easy and effective medium for describing visual ideas and mental images. Thus...
Sensing and mapping its surroundings is an essential requirement for a mobile robot. Geometric maps ...
We present an interactive text to 3D scene generation system that learns the expected spatial layout...