Publications

Visualizing Statistics of Brain Perfusion Data

H. Hauser and S. Glaßer

Abstract

Following up earlier cooperative research work with the University of Magdeburg in Germany (with Steffen Oeltze et al.), we are pursuing a new study of perfusion data (this time with Sylvia Glasser et al.) based on statistical tools (such as correlation analysis and principal component analysis) and interactive visual analysis. Shape parameters of concentration time curves are investigated (as well as other quantities that we derived from them) to analyze brain regions that are affected by tumors. Low and high grade tumors are compared. In this talk, a short update on the current state of this research is presented, more results are expected during the weeks and months to come.

H. Hauser and S. Glaßer, Visualizing Statistics of Brain Perfusion Data, 2010.
[BibTeX]

Following up earlier cooperative research work with the University of Magdeburg in Germany (with Steffen Oeltze et al.), we are pursuing a new study of perfusion data (this time with Sylvia Glasser et al.) based on statistical tools (such as correlation analysis and principal component analysis) and interactive visual analysis. Shape parameters of concentration time curves are investigated (as well as other quantities that we derived from them) to analyze brain regions that are affected by tumors. Low and high grade tumors are compared. In this talk, a short update on the current state of this research is presented, more results are expected during the weeks and months to come.
@MISC {hauser10brainPerfusion,
author = "Helwig Hauser and Sylvia Gla\ßer",
title = "Visualizing Statistics of Brain Perfusion Data",
howpublished = "Talk in the MedViz Seminar Series",
month = "October 8",
year = "2010",
abstract = "Following up earlier cooperative research work with the University of Magdeburg in Germany (with Steffen Oeltze et al.), we are pursuing a new study of perfusion data (this time with Sylvia Glasser et al.) based on statistical tools (such as correlation analysis and principal component analysis) and interactive visual analysis. Shape parameters of concentration time curves are investigated (as well as other quantities that we derived from them) to analyze brain regions that are affected by tumors. Low and high grade tumors are compared. In this talk, a short update on the current state of this research is presented, more results are expected during the weeks and months to come.",
images = "images/hauser10brainPerf.png",
thumbnails = "images/hauser10brainPerf_thumb.jpg",
location = "Bergen, Norway",
pres = "pdfs/hauser10brainPerfusion-pres.pdf"
}
projectidprojectid

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Presentation [PDF]