Abstract-The classical representation of a binary tree generated by a hierarchical clustering is a node-link-based visualization denoted as a dendrogram. It allows users to explore in a simple way the clusters and the relationships between instances. However, exploration of large dendrograms is known to be difficult due to the graphical and cognitive information overload involved. Here, we discuss the current approaches and we introduce Stacked Trees, a new Focus+Context visualization technique that allows the exploration of the hierarchical clustering of up to fifty thousands nodes on a standard-sized screen
Abstract. In hierarchical cluster analysis, dendrograms are used to visualize how clusters are forme...
In hierarchical cluster analysis, dendrograms are used to visualize how clusters are formed. I propo...
© 2014 IEEE. This paper extends a previous work on node link tree visualization and interaction by p...
International audienceThe classical representation of a binary tree generated by a hierarchical clus...
International audienceThe classical representation of a binary tree generated by a hierarchical clus...
PosterInternational audienceIn this paper, we introduce a new Focus+Context visualization technique,...
PosterInternational audienceIn this paper, we introduce a new Focus+Context visualization technique,...
International audienceIn this paper, we present a new hybrid visualization method based on the integ...
Best Paper award.International audienceClustering is often a first step when trying to make sense of...
We describe a novel approach to the visualization of hierarchical clustering that superimposes the c...
This paper extends previous work on focus+context visualizations of tree-structured data, introducin...
This paper extends a previous work on node link tree visualization and interaction by providing visu...
This paper proposes a new technique for visualizing large graphs of several ten thousands of vertice...
Indroduction. Large graphs appear in many application domains. Their analysis can be done automati...
Finding useful patterns in datasets has attracted considerable interest in the field of visual analy...
Abstract. In hierarchical cluster analysis, dendrograms are used to visualize how clusters are forme...
In hierarchical cluster analysis, dendrograms are used to visualize how clusters are formed. I propo...
© 2014 IEEE. This paper extends a previous work on node link tree visualization and interaction by p...
International audienceThe classical representation of a binary tree generated by a hierarchical clus...
International audienceThe classical representation of a binary tree generated by a hierarchical clus...
PosterInternational audienceIn this paper, we introduce a new Focus+Context visualization technique,...
PosterInternational audienceIn this paper, we introduce a new Focus+Context visualization technique,...
International audienceIn this paper, we present a new hybrid visualization method based on the integ...
Best Paper award.International audienceClustering is often a first step when trying to make sense of...
We describe a novel approach to the visualization of hierarchical clustering that superimposes the c...
This paper extends previous work on focus+context visualizations of tree-structured data, introducin...
This paper extends a previous work on node link tree visualization and interaction by providing visu...
This paper proposes a new technique for visualizing large graphs of several ten thousands of vertice...
Indroduction. Large graphs appear in many application domains. Their analysis can be done automati...
Finding useful patterns in datasets has attracted considerable interest in the field of visual analy...
Abstract. In hierarchical cluster analysis, dendrograms are used to visualize how clusters are forme...
In hierarchical cluster analysis, dendrograms are used to visualize how clusters are formed. I propo...
© 2014 IEEE. This paper extends a previous work on node link tree visualization and interaction by p...