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London, England
July 16, 2003 to July 18, 2003
ISBN: 0-7695-1988-1
pp: 555
Martin A. Walter , University of Plymouth
Liz J. Stuart , University of Plymouth
Roman Borisyuk , University of Plymouth; Russian Academy of Sciences
The current ability to record neural activity within the brains of mammals has led to the production of a large body of experimental data. The analysis and comprehension of this data is key to the understanding of many basic brains functions, for example learning and memory.<div></div> The main constituent of this data is multi-dimensional spike train recordings. As the analysis of these datasets, by traditional means, becomes more complex and time consuming the need for better methods of data analysis increases.<div></div> This paper presents an innovative method for analysis of the relationships within large multi-dimensional spike train datasets. This method, called the ?Correlation Grid,? is based on the Information Visualisation principles; overview the data, filter and zoom the data and obtain details-on-demand [1]. The features of the Correlation Grid are described, including filtering and statistical sorting methods.
Martin A. Walter, Liz J. Stuart, Roman Borisyuk, "Spike Train Correlation Visualization", IV, 2003, 2013 17th International Conference on Information Visualisation, 2013 17th International Conference on Information Visualisation 2003, pp. 555, doi:10.1109/IV.2003.1218040
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