The representation of data quality within established high-dimensional data visualization techniques such as scatterplots and parallel coordinates is still an open problem. This work offers a scale-invariant measure based on Pareto optimality that is able to indicate the quality of data points with respect to the Pareto front. In cases where datasets contain noise or parameters that cannot easily be expressed or evaluated mathematically, the presented measure provides a visual encoding of the environment of a Pareto front to enable an enhanced visual inspection
Abstract. In this paper two novel methods for projecting high dimen-sional data into two dimensions ...
Abstract—Visual exploration of multivariate data typically requires projection onto lower dimensiona...
Extracting meaningful information out of vast amounts of high-dimensional data is very difficult. Pr...
The representation of data quality within established high-dimensional data visualization techniques...
The representation of data quality within established high-dimensional data visualization techniques...
The representation of data quality within established high-dimensional data visualization techniques...
While there are many visualization techniques for exploring numeric data, only a few work with categ...
While there are many visualization techniques for exploring numeric data, only a few work with categ...
While there are many visualization techniques for exploring numeric data, only a few work with categ...
While there are many visualization techniques for exploring numeric data, only a few work with categ...
While there are many visualization techniques for exploring numeric data, only a few work with categ...
Abstract. Many different evaluation measures for dimensionality re-duction can be summarized based o...
The growing number of dimensionality reduction methods available for data visualization has recently...
Dimensionality reduction aims at representing high-dimensional data in low-dimensional spaces, in or...
Identifying performance trade-offs between various designs given a set of independent variables that...
Abstract. In this paper two novel methods for projecting high dimen-sional data into two dimensions ...
Abstract—Visual exploration of multivariate data typically requires projection onto lower dimensiona...
Extracting meaningful information out of vast amounts of high-dimensional data is very difficult. Pr...
The representation of data quality within established high-dimensional data visualization techniques...
The representation of data quality within established high-dimensional data visualization techniques...
The representation of data quality within established high-dimensional data visualization techniques...
While there are many visualization techniques for exploring numeric data, only a few work with categ...
While there are many visualization techniques for exploring numeric data, only a few work with categ...
While there are many visualization techniques for exploring numeric data, only a few work with categ...
While there are many visualization techniques for exploring numeric data, only a few work with categ...
While there are many visualization techniques for exploring numeric data, only a few work with categ...
Abstract. Many different evaluation measures for dimensionality re-duction can be summarized based o...
The growing number of dimensionality reduction methods available for data visualization has recently...
Dimensionality reduction aims at representing high-dimensional data in low-dimensional spaces, in or...
Identifying performance trade-offs between various designs given a set of independent variables that...
Abstract. In this paper two novel methods for projecting high dimen-sional data into two dimensions ...
Abstract—Visual exploration of multivariate data typically requires projection onto lower dimensiona...
Extracting meaningful information out of vast amounts of high-dimensional data is very difficult. Pr...