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==Custom Data Analysis==
==Custom Data Analysis==
For users who wish to go beyond the constraints of the analysis procedures in the tutorials, the following resources may be useful:


* The [[User_Reference:Command_Line_Processing|BCI2000 command-line tools]] can be used to recreate a chain of BCI2000 processing steps offline, from a system command-line.
* The [[User_Reference:Command_Line_Processing|BCI2000 command-line tools]] can be used to recreate a chain of BCI2000 processing steps offline, from a system command-line.
* The Matlab function <tt>bci2000chain</tt>, part of BCI2000's suite of [[User_Reference:Matlab_Tools|Matlab tools]], provides a convenient interface to this from within Matlab.
* The Matlab function <tt>bci2000chain</tt>, part of BCI2000's suite of [[User_Reference:Matlab_Tools|Matlab tools]], provides a convenient interface to this from within Matlab.


==See also==
==See also==

Revision as of 02:50, 28 January 2012

There is a number of data analysis tutorials provided. These show how to analyze some sample data that is included with BCI2000.

Mu Rhythm/SMR Data Analysis

will guide you through an offline analysis using some sample EEG data included with BCI2000.
will compare the results of the previous step with other similar data.

As we know, EEG data is not the only type of data that is of interest in BCI. Following are some additional tutorials for working with different types of datasets:

will guide you through an offline analysis using some sample ECoG data included with BCI2000
will guide you through an offline analysis using some sample MEG data included with BCI2000

P300/ERP Data Analysis

will guide you through a time-domain offline analysis using some sample EEG data included with BCI2000.

As we know, EEG data is not the only type of data that is of interest in BCI. Following is an additional tutorial for working with ECoG datasets:

will guide you through a time-domain offline analysis using some sample ECoG data included with BCI2000

Custom Data Analysis

For users who wish to go beyond the constraints of the analysis procedures in the tutorials, the following resources may be useful:

  • The BCI2000 command-line tools can be used to recreate a chain of BCI2000 processing steps offline, from a system command-line.
  • The Matlab function bci2000chain, part of BCI2000's suite of Matlab tools, provides a convenient interface to this from within Matlab.

See also

User Tutorial:BCI2000 Tour, User Tutorial:Mu Rhythm BCI Tutorial, User Tutorial:P300 BCI Tutorial