The aim of this work is to describe a system, called NALIG (Natural-Language-driven Image Generator), able to understand natural language descriptions of object spatial configurations and draw on a graphic screen one of the infinitely many scenes consistent with the input. NALIG can be used interactively and at any step a multi-layered contextual analysis of the input is performed to detect and eliminate possible incosistencies due to previous default choices. The system is described in its functionalities, internal structure and interactions among its sub-parts
Abstract. Spatial relations play an important role in our understanding of language. In particular, ...
We address the grounding of natural lan-guage to concrete spatial constraints, and inference of impl...
Producing plays, films or animations is a complex and expensive process involving various profession...
We are mainly interested in the development of CAD systems for architectural design. In the last few...
Describing a scene to a computer is an inherent task of computer graphics applications. Modeled scen...
We present an interactive text to 3D scene generation system that learns the expected spatial layout...
Automatic scene generation using voice and text offers a unique multimedia approach to classic story...
The ability to generate rules and hypotheses plays a key role in multiple aspects of human cognition...
Two necessary components of any image understanding system are an object recognizer and a symbolic s...
Abstract—We present a system to automatically generate natural language descriptions from images. Th...
The aim of previous attempts at connecting vision systems and natural language systems has been to p...
We address the grounding of natural lan-guage to concrete spatial constraints, and inference of impl...
Powered by deep convolutional networks and large scale visual datasets, modern computer vision syste...
Generating natural language descriptions for visual data links computer vision and computational lin...
Although image understanding and natural language processing constitute two major areas of Al, they ...
Abstract. Spatial relations play an important role in our understanding of language. In particular, ...
We address the grounding of natural lan-guage to concrete spatial constraints, and inference of impl...
Producing plays, films or animations is a complex and expensive process involving various profession...
We are mainly interested in the development of CAD systems for architectural design. In the last few...
Describing a scene to a computer is an inherent task of computer graphics applications. Modeled scen...
We present an interactive text to 3D scene generation system that learns the expected spatial layout...
Automatic scene generation using voice and text offers a unique multimedia approach to classic story...
The ability to generate rules and hypotheses plays a key role in multiple aspects of human cognition...
Two necessary components of any image understanding system are an object recognizer and a symbolic s...
Abstract—We present a system to automatically generate natural language descriptions from images. Th...
The aim of previous attempts at connecting vision systems and natural language systems has been to p...
We address the grounding of natural lan-guage to concrete spatial constraints, and inference of impl...
Powered by deep convolutional networks and large scale visual datasets, modern computer vision syste...
Generating natural language descriptions for visual data links computer vision and computational lin...
Although image understanding and natural language processing constitute two major areas of Al, they ...
Abstract. Spatial relations play an important role in our understanding of language. In particular, ...
We address the grounding of natural lan-guage to concrete spatial constraints, and inference of impl...
Producing plays, films or animations is a complex and expensive process involving various profession...