Despite the abundance of research on knowledge discovery from moving object databases, only a limited number of studies have examined the interaction between moving point objects in space over time. This paper describes a novel approach for measuring similarity in the interaction between moving objects. The proposed approach consists of three steps. First, we transform movement data into sequences of successive qualitative relations based on the Qualitative Trajectory Calculus (QTC). Second, sequence alignment methods are applied to measure the similarity between movement sequences. Finally, movement sequences are grouped based on similarity by means of an agglomerative hierarchical clustering method. The applicability of this approach is t...
The automated analysis of interacting objects or people from video has many uses, including the reco...
The automated analysis of interacting objects or people from video has many uses, including the reco...
We propose a segmentation and feature extraction method for trajectories of moving objects. The meth...
Despite the abundance of research on knowledge discovery from moving object databases, only a limite...
Despite the abundance of research on knowledge discovery from moving object databases, only a limite...
Increased affordability and deployment of advanced tracking technologies have led researchers from v...
Discovering repetitive patterns is important in a wide range of research areas, such as bioinformati...
This paper introduces a similarity analysis method for moving object trajectories. The proposed meth...
Increased affordability and deployment of advanced tracking technologies have led researchers from v...
Extracting knowledge about the movement of different types of mobile agents (e.g. human, animals, ve...
Data analysis and knowledge discovery over moving object databases discovers behavioral patterns of ...
We investigated the relationships between perceptions of similarity and interaction in spontaneously...
Spatial movement data nowadays is becoming ubiquitously available, including data of animals, vehicl...
Analyzing body movement as a means of expression is of interest in diverse areas, such as dance, spo...
Evaluating the similarity of motions is useful for motion retrieval, motion blending, and performanc...
The automated analysis of interacting objects or people from video has many uses, including the reco...
The automated analysis of interacting objects or people from video has many uses, including the reco...
We propose a segmentation and feature extraction method for trajectories of moving objects. The meth...
Despite the abundance of research on knowledge discovery from moving object databases, only a limite...
Despite the abundance of research on knowledge discovery from moving object databases, only a limite...
Increased affordability and deployment of advanced tracking technologies have led researchers from v...
Discovering repetitive patterns is important in a wide range of research areas, such as bioinformati...
This paper introduces a similarity analysis method for moving object trajectories. The proposed meth...
Increased affordability and deployment of advanced tracking technologies have led researchers from v...
Extracting knowledge about the movement of different types of mobile agents (e.g. human, animals, ve...
Data analysis and knowledge discovery over moving object databases discovers behavioral patterns of ...
We investigated the relationships between perceptions of similarity and interaction in spontaneously...
Spatial movement data nowadays is becoming ubiquitously available, including data of animals, vehicl...
Analyzing body movement as a means of expression is of interest in diverse areas, such as dance, spo...
Evaluating the similarity of motions is useful for motion retrieval, motion blending, and performanc...
The automated analysis of interacting objects or people from video has many uses, including the reco...
The automated analysis of interacting objects or people from video has many uses, including the reco...
We propose a segmentation and feature extraction method for trajectories of moving objects. The meth...