Information visualisation systems often have to cope with presenting large amounts of data. In this paper we look at the problem of reducing the display density through the use of random sampling. We review some of the uses of sampling and examine density reduction techniques currently used in visualisation. We then look at a proposed novel visualisation that utilises sampling and discuss many issues that arise. Furthermore, we propose the ζDB sampling database architecture and demonstrate how this can be used to enhance current visualisation applications. Finally, we describe the architecture of a sampling aware application and illustrate its advantages. 1
Comprehensive visualization that preserves the information in a large complex dataset re-quires a vi...
This thesis presents a new technique to randomly sample from the large datasets in linear order. Exi...
Visual analytics and interactive machine learning both try to leverage the complementary strengths o...
Information visualisation systems often have to cope with presenting large amounts of data. In this ...
Information visualisation systems often have to cope with presenting large amounts of data. In this ...
Within our physical world lies a digital world populated with an ever increasing number of sizeable ...
The use of random algorithms in many areas of computer science has enabled the solution of otherwise...
Dealing with visualizations containing large data set is a challenging issue and, in the field of In...
One of the main visual analytics characteristics is the tight integration between automatic computat...
The problem of visualizing huge amounts of data is well known in Infor- mation Visualization. Dealin...
Clutter affects almost any kind of visual technique and can obscure the structure present in the dat...
The cartographic Principle of Constant Information Density suggests that the amount of information i...
In many business applications, large data workloads such as sales figures or process performance mea...
We introduce a system that helps users construct interactive visualizations with constant informatio...
Previous work has demonstrated the use of random sampling in visualising large data sets and the pra...
Comprehensive visualization that preserves the information in a large complex dataset re-quires a vi...
This thesis presents a new technique to randomly sample from the large datasets in linear order. Exi...
Visual analytics and interactive machine learning both try to leverage the complementary strengths o...
Information visualisation systems often have to cope with presenting large amounts of data. In this ...
Information visualisation systems often have to cope with presenting large amounts of data. In this ...
Within our physical world lies a digital world populated with an ever increasing number of sizeable ...
The use of random algorithms in many areas of computer science has enabled the solution of otherwise...
Dealing with visualizations containing large data set is a challenging issue and, in the field of In...
One of the main visual analytics characteristics is the tight integration between automatic computat...
The problem of visualizing huge amounts of data is well known in Infor- mation Visualization. Dealin...
Clutter affects almost any kind of visual technique and can obscure the structure present in the dat...
The cartographic Principle of Constant Information Density suggests that the amount of information i...
In many business applications, large data workloads such as sales figures or process performance mea...
We introduce a system that helps users construct interactive visualizations with constant informatio...
Previous work has demonstrated the use of random sampling in visualising large data sets and the pra...
Comprehensive visualization that preserves the information in a large complex dataset re-quires a vi...
This thesis presents a new technique to randomly sample from the large datasets in linear order. Exi...
Visual analytics and interactive machine learning both try to leverage the complementary strengths o...