View source for Step detection

__TOC__

== Running ==
To run the executable these are the two arguments used so far: 
<p>Suggested to give full path for both </p>
<p>-xml (the xml file with the instantiation of the Mills) </p>
<p>-uwarin (the uwar file to used for computation) </p>

<bash>./inference -xml path/xml_file.xml -uwarin path/log_file***.uwar </bash>

== Algorithm ==

== Mills ==
There are many mills under the source directory
The algorithm is using the following Mills in the order given:

<br>MeanStdDevMill(outputs a smoothed magnitude)<br/>
<br>LtiFilterMill (outputs derivative of the smoothed magnitude)<br/>
<br>ZeroCrossingMill (outputs the zero-crossings of the smoothed magnitude using the derivative of it)<br/>
<br>AccelIntervalsMill (outputs areas between zero-crossings) <br/>
<br>WinThresholdMill (makes absolute thresholding and relative thresholding, given a window length )<br/>
<br>WinMax (outputs the minimun and maximum for every window)<br/>

== Source ==
=== CVS checkout / export ===
To check out the latest code:
<bash>cvs -d user@bicycle.cs.washington.edu:/projects/ubicomp/uwar/CVS checkout msp_peak_detection</bash>
==== CVS tags ====
We're trying to keep our branch of msp reasonably in-sync with Intel Research Seattle's.  That means we periodically merge in updates from the sourceforge repository maintained by Intel.
<ul>
<li>msp_peak_detection
<li>msp_2008_02_05
<li>pre-merge-1
<li>merge-1
<li>merge-2
<li>pre-merge-3
<li>merge-3
</ul>

=== Building ===
msp_peak_detection is built the same way as other msp branches.
<bash>cd msp_peak_detection/src
./configure # unless you're cross-compiling
make
cd inference
make</bash>
If you are cross-compiling, you'll first need to set the environment variable CROSS_COMPILE to the path to your cross-compiler and cross-binutils.

== Old Matlab code ==