[med-svn] [SCM] aghermann branch, master, updated. 4f7a3b774136ffffbaf9b05d90bd568347bc5461
andrei zavada
johnhommer at gmail.com
Fri Nov 16 00:50:44 UTC 2012
The following commit has been merged in the master branch:
commit 8d2018e140eca617e2950e1c14ee752406eba571
Author: andrei zavada <johnhommer at gmail.com>
Date: Wed Oct 31 20:28:56 2012 +0200
touchup in doc/org
diff --git a/doc/org/usage.org b/doc/org/usage.org
index 044f2ca..21125d7 100644
--- a/doc/org/usage.org
+++ b/doc/org/usage.org
@@ -17,12 +17,12 @@
#+end_example
Secondly, make sure the recording times stored in the edf files are
- actual and correct as Aghermann will not take guesses if this
+ *actual and correct* as Aghermann will not take guesses if this
information is missing or incorrect.
- Once your directory tree is set up, start Aghermann, go to
- experiment selector and point it to the newly created experiment
- tree root directory.
+ Once your directory tree is set up, start Aghermann, go to session
+ chooser (by closing the default, empty experiment) and point it to
+ the newly created experiment tree root directory.
Alternatively, you can drag-and-drop edf files and assign them
individually to groups/sessions.
@@ -58,6 +58,11 @@
and sub-fields of the `PatientID' field) are not supported.
+* Measurements Overview
+
+ All properly placed recordings will appear on the =1. Measurements=
+ tab.
+
* Displaying individual episode channel signals and scoring
** Opening an episode in the Scoring Facility
@@ -140,10 +145,15 @@
| Upper threshold | Mark period as a hi-freq artifact if /SS/-/SU/[p] > /E/ + /E/ times this value |
| Lower threshold | Mark period as a lo-freq artifact if /SS/-/SU/[p] < /E/ + /E/ times this value (see pp 1190-1 of cited paper) |
+ Once you have tuned these parameters to your satisfaction, you can
+ save them as a named profile, and subsequently apply AD globally
+ to all your recordings.
+
* Refining EEG further with ICA
- You can also try to isolate/distill EEG signals with ICA; for
+ You can also try to isolate/distill EEG signals with *Independent
+ Component Analysis* (ICA); for
explanation of the many options to control ICA process, please
refer to the authors of the original software (there are handy
links right next to the Separate button).
--
Sleep experiment manager
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