DocumentCode
280963
Title
Data visualisation using neural networks
Author
Clayworth, David
Author_Institution
AEA Ind. Technol., Harwell Lab., Didcot, UK
fYear
1990
fDate
33221
Firstpage
42522
Lastpage
42528
Abstract
The problem of analysing a dataset which has many variables is one common to many disciplines, from sociology to molecular chemistry. Many techniques are employed in an attempt to detect patterns or trends within the datasets. RENDER is a neural net based algorithm for mapping high-dimensional dataset into two dimensions, so that the human eye can be used to detect trends and patterns in the data. It combines the advantages of linear and nonlinear mapping, in that it is relatively inexpensive to compute, it is reversible and does not lose as much information as a linear method. However the mathematics are not as precise as either of the other two methods, which may lead to difficulty with interpreting results. Further developments are in hand, both to improve the algorithm and its mathematical basis, and to develop it as a software tool
Keywords
computer graphics; data analysis; neural nets; RENDER; data visualisation; high-dimensional dataset; human eye; linear method; neural net based algorithm; neural networks; nonlinear mapping; software tool;
fLanguage
English
Publisher
iet
Conference_Titel
Neural Nets in Human-Computer Interaction, IEE Colloquium on
Conference_Location
London
Type
conf
Filename
191448
Link To Document