Abstract. This contribution addresses the generation of textual de-scriptions in several natural languages for evaluation of human behavior in video sequences. The problem is tackled by converting geometrical in-formation extracted from videos of the scenario into predicates in fuzzy logic formalism, which facilitates the internal representations of the con-ceptual data and allows the temporal analysis of situations in a deter-ministic fashion, by means of Situation Graph Trees (SGTs). The results of the analysis are stored in structures proposed by the Discourse Rep-resentation Theory (DRT), which facilitate a subsequent generation of natural language text. This set of tools has been proved to be perfectly suitable for the specified purpos...
In this work, we describe a system for classifying activities in first-person video using a fuzzy in...
Humans use rich natural language to describe and com-municate visual perceptions. In order to provid...
The abundance of geometric results from image sequence evaluation which is expected to shortly becom...
This contribution addresses the generation of textual descriptions in several natural languages for ...
Abstract. This contribution addresses the generation of natural lan-guage textual descriptions in Ca...
In this paper, a Cognitive Vision System (CVS) is presented, which explains the human behaviour of m...
This paper integrates techniques in natural language processing and computer vision to improve recog...
Video monitoring can provide vital context awareness information from indoor intelligent environment...
Generating natural language descriptions for visual data links computer vision and computational lin...
Humans use rich natural language to describe and communicate visual perceptions. In order to provide...
There has been continuous growth in the volume and ubiquity of video material. It has become essenti...
Semantic Analysis and Understanding of Human Behaviour in Video Streaming investigates the semantic ...
This contribution aims at assisting video surveillance operators with automatic understanding of sit...
AbstractIn this paper a novel approach for recognizing actions in video sequences is presented, wher...
© 2012 Matěj KorvasThis thesis contributes to the SMILE project, aiming for video understanding. We ...
In this work, we describe a system for classifying activities in first-person video using a fuzzy in...
Humans use rich natural language to describe and com-municate visual perceptions. In order to provid...
The abundance of geometric results from image sequence evaluation which is expected to shortly becom...
This contribution addresses the generation of textual descriptions in several natural languages for ...
Abstract. This contribution addresses the generation of natural lan-guage textual descriptions in Ca...
In this paper, a Cognitive Vision System (CVS) is presented, which explains the human behaviour of m...
This paper integrates techniques in natural language processing and computer vision to improve recog...
Video monitoring can provide vital context awareness information from indoor intelligent environment...
Generating natural language descriptions for visual data links computer vision and computational lin...
Humans use rich natural language to describe and communicate visual perceptions. In order to provide...
There has been continuous growth in the volume and ubiquity of video material. It has become essenti...
Semantic Analysis and Understanding of Human Behaviour in Video Streaming investigates the semantic ...
This contribution aims at assisting video surveillance operators with automatic understanding of sit...
AbstractIn this paper a novel approach for recognizing actions in video sequences is presented, wher...
© 2012 Matěj KorvasThis thesis contributes to the SMILE project, aiming for video understanding. We ...
In this work, we describe a system for classifying activities in first-person video using a fuzzy in...
Humans use rich natural language to describe and com-municate visual perceptions. In order to provid...
The abundance of geometric results from image sequence evaluation which is expected to shortly becom...