Enclosure partitioning approaches, such as Treemaps, have proved their effectiveness in visualizing large hierarchical structures within a compact and limited display area. Most of the Treemaps techniques do not use node-links to show the structural relations. This paper presents a new tree visualization approach known as Drawer-Tree that can be used to present the structure, organization and interrelation of big data. By utilizing the display space with traditional node-link visualization, we have developed a novel method for visualizing tree structures with high scalability. The name “drawer" is a metaphor that helps people understand the visualization
The traditional approach to representing tree structures is as a rooted, directed graph with the roo...
This paper deals with the visual representation of a particular kind of structured data: trees where...
We present RINGS, a technique for visualizing large trees. We introduce a new ringed circular layout...
Treemaps are well-known for visualizing hierarchical data. Most related approaches have been focused...
This paper describes a novel method for the visualization of hierarchically structured information. ...
This paper extends a previous work on node link tree visualization and interaction by providing visu...
Most existing treemaps achieve the space utilization of a single geometrical area, mostly rectangle....
© 2014 IEEE. This paper extends a previous work on node link tree visualization and interaction by p...
The presentation of large hierarchies is still an open research question. Especially, the time-consu...
While prior works on enclosure approach, guarantees the space utilization of a single geometrical ar...
While prior works on enclosure approach, guarantees the space utilization of a single geometrical ar...
Squeezing large tree structures into suitable visualizations has been a perennial problem. In respon...
Today's storage capabilities facilitate the accessibility and long term archival of increasingly lar...
International audienceThe classical representation of a binary tree generated by a hierarchical clus...
Abstract-The classical representation of a binary tree generated by a hierarchical clustering is a n...
The traditional approach to representing tree structures is as a rooted, directed graph with the roo...
This paper deals with the visual representation of a particular kind of structured data: trees where...
We present RINGS, a technique for visualizing large trees. We introduce a new ringed circular layout...
Treemaps are well-known for visualizing hierarchical data. Most related approaches have been focused...
This paper describes a novel method for the visualization of hierarchically structured information. ...
This paper extends a previous work on node link tree visualization and interaction by providing visu...
Most existing treemaps achieve the space utilization of a single geometrical area, mostly rectangle....
© 2014 IEEE. This paper extends a previous work on node link tree visualization and interaction by p...
The presentation of large hierarchies is still an open research question. Especially, the time-consu...
While prior works on enclosure approach, guarantees the space utilization of a single geometrical ar...
While prior works on enclosure approach, guarantees the space utilization of a single geometrical ar...
Squeezing large tree structures into suitable visualizations has been a perennial problem. In respon...
Today's storage capabilities facilitate the accessibility and long term archival of increasingly lar...
International audienceThe classical representation of a binary tree generated by a hierarchical clus...
Abstract-The classical representation of a binary tree generated by a hierarchical clustering is a n...
The traditional approach to representing tree structures is as a rooted, directed graph with the roo...
This paper deals with the visual representation of a particular kind of structured data: trees where...
We present RINGS, a technique for visualizing large trees. We introduce a new ringed circular layout...