The precision of electrophysiological mapping: Localizing depolarization wave fronts from digitized extracellular electrograms and the role of data sampling rate. Rosenbaum, D., Kaplan, D., Wilber, D., Saul, J., Ruskin, J., & Garan, H. j-JCE, 1:2–14, 1990. bibtex @Article{RSM:Ros90,
author = "D.S. Rosenbaum and D.T. Kaplan and D.J. Wilber and
J.P. Saul and J.N. Ruskin and H. Garan",
title = "The precision of electrophysiological mapping:
{L}ocalizing depolarization wave fronts from digitized
extracellular electrograms and the role of data
sampling rate",
journal = j-JCE,
year = "1990",
volume = "1",
month = "",
pages = "2--14",
robnote = "Arrhythmias, used bipole leads derived from unipolar
measurements and compared manual against algorithmic
methods for finding activation time. Found 10ms
variation between repeated manual evaluation and
derived from this an error of about 1 cm in localizing
earliest sites of acvitvation. They used a chronic
infarct model and so had cases of delayed conduction in
the mix.",
}
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