BCI2000 Wiki - User contributions [en]

Contributions:EnobioADC

2013-05-03T11:20:00Z

Gruffini:

==Synopsis==
An ADC module for the Enobio Sensor developed by Neuroelectrics.
ENOBIO is a wearable, modular and wireless electrophysiology sensor system for capture of
* EEG (Electroencephalogram - brain activity)
* ECG (Electrocardiogram - heart activity) and
* EOG (Electrooculogram - eye movement)
For a description of the ENOBIO sensor, please visit:
http://www.neuroelectrics.com/enobio

==Location==
http://www.bci2000.org/svn/trunk/src/contrib/SignalSource/Enobio/Enobio3G

==Versioning==

===Author===

Javier Acedo, Programmer, Starlab Barcelona S.L.
(javier.acedo@starlab.es)

Alejandro Riera, Tester, Starlab Barcelona S.L.
(alejandro.riera@starlab.es)

===Version History===
V1.0 03-05-2013: First version

===Source Code Revisions===

*Initial development: 4433
*Tested under: 4433
*Known to compile under: 4433
*Broken since: --

==Installation==
Copy:

*ENOBIO3G.exe
*ENOBIO3GAPI.dll
*QtCore4.dll
*WinBluetoothAPI.dll

to the prog directory.

==Parameters==

===SourceCh===
Indicates the number of Enobio channels to be acquired. Maximum value is 8.

===SampleBlockSize===
Number of samples transmitted at a time. SampleBlockSize is 30 by default.

===SamplingRate===
Number of samples per second recorded for each channel. Fixed value to 500.

===SourceChOffset, SourceChGain===
A SourceChOffset of 0, and a SourceChGain of 0.001 converts A/D units to microVolts.

===ChannelNames===
list of channel names

===BluetoothMac===
Enobio device Bluetooth MAC address 00:07:80:XX:XX:XX (look at the back of your Enobio device to get yours)

===EEGChList===
List of physical channel indices of the EEG channels in use.

===TriggerChList===
List of one-bit trigger channels to append to the end or a single 0 to acquire all trigger channels as a single 16-bit channel.

===NotchFilter===
Filter to remove the influence of the power line noise. Set to 50Hz in Europe or 60Hz in America.

===HighPassFilter===
Filter to remove the signal drift and/or low frequencies influence.

===LowPassFilter===
Filter to remove high frequencies influence.

===AllignChannels===
Bit indicating if channels shall be aligned in time. As default set as true (1).

===SourceChTimeOffset===
Fixed delay of the incoming signal. Empty as default.

===TransmitChList===
List of the channels to take part in the preprocessing stage.

==Old Enobio Generation==

BCI 2000 also supports old generation Enobio. A wearable, modular and wireless 4 channels electrophysiology for measuring EEG, ECG and EOG.

===Location===
http://www.bci2000.org/svn/trunk/src/contrib/SignalSource/Enobio/Enobio

===Installation===
Copy:
*ENOBIO.exe
*EnobioDLL.dll
to the prog directory.

===Parameters===

SourceCh :Indicates the number of Enobio channels. Fixed value to 4. 
SampleBlockSize: Number of samples transmitted at a time. SampleBlockSize is 25 by default. 
SamplingRate: Number of samples per second recorded for each channel. Fixed value to 250. 
SourceChOffset, SourceChGain: A SourceChOffset of 0, and a SourceChGain of 0.058 converts A/D units to microVolts.

===Compiling Old Enobio Version===

To compile old Enobio generation it is necessary to edit the CMakeLists.txt file located in http://www.bci2000.org/svn/trunk/src/contrib/SignalSource/Enobio 
It is necessary to comment the line ADD_SUBDIRECTORY( Enobio3G ) and uncomment ADD_SUBDIRECTORY( Enobio )

Contributions:EnobioADC

2013-05-03T11:18:46Z

Gruffini:

==Synopsis==
An ADC module for the Enobio Sensor developed by Neuroelectrics.
ENOBIO is a wearable, modular and wireless electrophysiology sensor system for capture of
* EEG (Electroencephalogram - brain activity)
* ECG (Electrocardiogram - heart activity) and
* EOG (Electrooculogram - eye movement)
For a description of the ENOBIO sensor, please visit:
http://www.neuroelectrics.com/enobio

==Location==
http://www.bci2000.org/svn/trunk/src/contrib/SignalSource/Enobio/Enobio3G

==Versioning==

===Author===

Javier Acedo, Programmer, Starlab Barcelona S.L.
(javier.acedo@starlab.es)

Alejandro Riera, Tester, Starlab Barcelona S.L.
(alejandro.riera@starlab.es)

===Version History===
V1.0 03-05-2013: First version

===Source Code Revisions===

*Initial development: 2710
*Tested under: 2710
*Known to compile under: 2710
*Broken since: --

==Installation==
Copy:

*ENOBIO3G.exe
*ENOBIO3GAPI.dll
*QtCore4.dll
*WinBluetoothAPI.dll

to the prog directory.

==Parameters==

===SourceCh===
Indicates the number of Enobio channels to be acquired. Maximum value is 8.

===SampleBlockSize===
Number of samples transmitted at a time. SampleBlockSize is 30 by default.

===SamplingRate===
Number of samples per second recorded for each channel. Fixed value to 500.

===SourceChOffset, SourceChGain===
A SourceChOffset of 0, and a SourceChGain of 0.001 converts A/D units to microVolts.

===ChannelNames===
list of channel names

===BluetoothMac===
Enobio device Bluetooth MAC address 00:07:80:XX:XX:XX (look at the back of your Enobio device to get yours)

===EEGChList===
List of physical channel indices of the EEG channels in use.

===TriggerChList===
List of one-bit trigger channels to append to the end or a single 0 to acquire all trigger channels as a single 16-bit channel.

===NotchFilter===
Filter to remove the influence of the power line noise. Set to 50Hz in Europe or 60Hz in America.

===HighPassFilter===
Filter to remove the signal drift and/or low frequencies influence.

===LowPassFilter===
Filter to remove high frequencies influence.

===AllignChannels===
Bit indicating if channels shall be aligned in time. As default set as true (1).

===SourceChTimeOffset===
Fixed delay of the incoming signal. Empty as default.

===TransmitChList===
List of the channels to take part in the preprocessing stage.

==Old Enobio Generation==

BCI 2000 also supports old generation Enobio. A wearable, modular and wireless 4 channels electrophysiology for measuring EEG, ECG and EOG.

===Location===
http://www.bci2000.org/svn/trunk/src/contrib/SignalSource/Enobio/Enobio

===Installation===
Copy:
*ENOBIO.exe
*EnobioDLL.dll
to the prog directory.

===Parameters===

SourceCh :Indicates the number of Enobio channels. Fixed value to 4. 
SampleBlockSize: Number of samples transmitted at a time. SampleBlockSize is 25 by default. 
SamplingRate: Number of samples per second recorded for each channel. Fixed value to 250. 
SourceChOffset, SourceChGain: A SourceChOffset of 0, and a SourceChGain of 0.058 converts A/D units to microVolts.

===Compiling Old Enobio Version===

To compile old Enobio generation it is necessary to edit the CMakeLists.txt file located in http://www.bci2000.org/svn/trunk/src/contrib/SignalSource/Enobio 
It is necessary to comment the line ADD_SUBDIRECTORY( Enobio3G ) and uncomment ADD_SUBDIRECTORY( Enobio )

Contributions:EnobioADC

2013-05-03T11:17:39Z

Gruffini:

==Synopsis==
An ADC module for the Enobio Sensor developed by Neuroelectrics.
ENOBIO is a wearable, modular and wireless electrophysiology sensor system for capture of
* EEG (Electroencephalogram - brain activity)
* ECG (Electrocardiogram - heart activity) and
* EOG (Electrooculogram - eye movement)
For a description of the ENOBIO sensor, please visit:
http://www.neuroelectrics.com/enobio

==Location==
http://www.bci2000.org/svn/trunk/src/contrib/SignalSource/Enobio/Enobio3G

==Versioning==

===Author===

Javier Acedo, Programmer, Starlab Barcelona S.L.
(javier.acedo@starlab.es)

Alejandro Riera, Tester, Starlab Barcelona S.L.
(alejandro.riera@starlab.es)

===Version History===
V1.0 03-05-2013: First version

===Source Code Revisions===

*Initial development: 2710
*Tested under: 2710
*Known to compile under: 2710
*Broken since: --

==Installation==
Copy:

*ENOBIO3G.exe
*ENOBIO3GAPI.dll
*QtCore4.dll
*WinBluetoothAPI.dll

to the prog directory.

==Parameters==

===SourceCh===
Indicates the number of Enobio channels to be acquired. Maximum value is 8.

===SampleBlockSize===
Number of samples transmitted at a time. SampleBlockSize is 30 by default.

===SamplingRate===
Number of samples per second recorded for each channel. Fixed value to 500.

===SourceChOffset, SourceChGain===
A SourceChOffset of 0, and a SourceChGain of 0.001 converts A/D units to microVolts.

===ChannelNames===
list of channel names

===BluetoothMac===
Enobio device Bluetooth MAC address 00:07:80:XX:XX:XX (look at the back of your Enobio device to get yours)

===EEGChList===
List of physical channel indices of the EEG channels in use.

===TriggerChList===
List of one-bit trigger channels to append to the end or a single 0 to acquire all trigger channels as a single 16-bit channel.

===NotchFilter===
Filter to remove the influence of the power line noise. Set to 50Hz in Europe or 60Hz in America.

===HighPassFilter===
Filter to remove the signal drift and/or low frequencies influence.

===LowPassFilter===
Filter to remove high frequencies influence.

===AllignChannels===
Bit indicating if channels shall be aligned in time. As default set as true (1).

===SourceChTimeOffset===
Fixed delay of the incoming signal. Empty as default.

===TransmitChList===
List of the channels to take part in the preprocessing stage.

==Old Enobio Generation==

BCI 2000 also supports old generation Enobio. A wearable, modular and wireless 4 channels electrophysiology for measuring EEG, ECG and EOG.

===Location===
http://www.bci2000.org/svn/trunk/src/contrib/SignalSource/Enobio/Enobio

===Installation===
Copy:
*ENOBIO.exe
*EnobioDLL.dll
to the prog directory.

===Parameters===

SourceCh :Indicates the number of Enobio channels. Fixed value to 4. 
SampleBlockSize: Number of samples transmitted at a time. SampleBlockSize is 25 by default. 
SamplingRate: Number of samples per second recorded for each channel. Fixed value to 250. 
SourceChOffset, SourceChGain: A SourceChOffset of 0, and a SourceChGain of 0.058 converts A/D units to microVolts.

===Compiling Old Enobio Version===

To compile old Enobio generation it is necessary to edit the CMakeLists.txt file located in http://www.bci2000.org/svn/trunk/src/contrib/SignalSource/Enobio commenting
ADD_SUBDIRECTORY( Enobio ) and uncommenting ADD_SUBDIRECTORY( Enobio3G )

Contributions:EnobioADC

2013-05-03T11:16:49Z

Gruffini:

==Synopsis==
An ADC module for the Enobio Sensor developed by Neuroelectrics.
ENOBIO is a wearable, modular and wireless electrophysiology sensor system for capture of
* EEG (Electroencephalogram - brain activity)
* ECG (Electrocardiogram - heart activity) and
* EOG (Electrooculogram - eye movement)
For a description of the ENOBIO sensor, please visit:
http://www.neuroelectrics.com/enobio

==Location==
http://www.bci2000.org/svn/trunk/src/contrib/SignalSource/Enobio/Enobio3G

==Versioning==

===Author===

Javier Acedo, Programmer, Starlab Barcelona S.L.
(javier.acedo@starlab.es)

Alejandro Riera, Tester, Starlab Barcelona S.L.
(alejandro.riera@starlab.es)

===Version History===
V1.0 03-05-2013: First version

===Source Code Revisions===

*Initial development: 2710
*Tested under: 2710
*Known to compile under: 2710
*Broken since: --

==Installation==
Copy:

*ENOBIO3G.exe
*ENOBIO3GAPI.dll
*QtCore4.dll
*WinBluetoothAPI.dll

to the prog directory.

==Parameters==

===SourceCh===
Indicates the number of Enobio channels to be acquired. Maximum value is 8.

===SampleBlockSize===
Number of samples transmitted at a time. SampleBlockSize is 30 by default.

===SamplingRate===
Number of samples per second recorded for each channel. Fixed value to 500.

===SourceChOffset, SourceChGain===
A SourceChOffset of 0, and a SourceChGain of 0.001 converts A/D units to microVolts.

===ChannelNames===
list of channel names

===BluetoothMac===
Enobio device Bluetooth MAC address 00:07:80:XX:XX:XX (look at the back of your Enobio device to get yours)

===EEGChList===
List of physical channel indices of the EEG channels in use.

===TriggerChList===
List of one-bit trigger channels to append to the end or a single 0 to acquire all trigger channels as a single 16-bit channel.

===NotchFilter===
Filter to remove the influence of the power line noise. Set to 50Hz in Europe or 60Hz in America.

===HighPassFilter===
Filter to remove the signal drift and/or low frequencies influence.

===LowPassFilter===
Filter to remove high frequencies influence.

===AllignChannels===
Bit indicating if channels shall be aligned in time. As default set as true (1).

===SourceChTimeOffset===
Fixed delay of the incoming signal. Empty as default.

===TransmitChList===
List of the channels to take part in the preprocessing stage.

==Old Enobio Generation==

BCI 2000 also supports old generation Enobio. A wearable, modular and wireless 4 channels electrophysiology for measuring EEG, ECG and EOG.

===Location===
http://www.bci2000.org/svn/trunk/src/contrib/SignalSource/Enobio/Enobio

===Installation===
Copy:
*ENOBIO.exe
*EnobioDLL.dll
to the prog directory.

===Parameters===

SourceCh :Indicates the number of Enobio channels. Fixed value to 4. 
SampleBlockSize: Number of samples transmitted at a time. SampleBlockSize is 25 by default. 
SamplingRate: Number of samples per second recorded for each channel. Fixed value to 250. 
SourceChOffset, SourceChGain: A SourceChOffset of 0, and a SourceChGain of 0.058 converts A/D units to microVolts.

===Compiling Old Enobio Version===

To compile old Enobio version it is necessary to edit the CMakeLists.txt file located in http://www.bci2000.org/svn/trunk/src/contrib/SignalSource/Enobio 
 
ADD_SUBDIRECTORY( Enobio ) 
#ADD_SUBDIRECTORY( Enobio3G )

Contributions:EnobioADC

2013-05-03T11:15:51Z

Gruffini:

==Synopsis==
An ADC module for the Enobio Sensor developed by Neuroelectrics.
ENOBIO is a wearable, modular and wireless electrophysiology sensor system for capture of
* EEG (Electroencephalogram - brain activity)
* ECG (Electrocardiogram - heart activity) and
* EOG (Electrooculogram - eye movement)
For a description of the ENOBIO sensor, please visit:
http://www.neuroelectrics.com/enobio

==Location==
http://www.bci2000.org/svn/trunk/src/contrib/SignalSource/Enobio/Enobio3G

==Versioning==

===Author===

Javier Acedo, Programmer, Starlab Barcelona S.L.
(javier.acedo@starlab.es)

Alejandro Riera, Tester, Starlab Barcelona S.L.
(alejandro.riera@starlab.es)

===Version History===
V1.0 03-05-2013: First version

===Source Code Revisions===

*Initial development: 2710
*Tested under: 2710
*Known to compile under: 2710
*Broken since: --

==Installation==
Copy:

*ENOBIO3G.exe
*ENOBIO3GAPI.dll
*QtCore4.dll
*WinBluetoothAPI.dll

to the prog directory.

==Parameters==

===SourceCh===
Indicates the number of Enobio channels to be acquired. Maximum value is 8.

===SampleBlockSize===
Number of samples transmitted at a time. SampleBlockSize is 30 by default.

===SamplingRate===
Number of samples per second recorded for each channel. Fixed value to 500.

===SourceChOffset, SourceChGain===
A SourceChOffset of 0, and a SourceChGain of 0.001 converts A/D units to microVolts.

===ChannelNames===
list of channel names

===BluetoothMac===
Enobio device Bluetooth MAC address 00:07:80:XX:XX:XX (look at the back of your Enobio device to get yours)

===EEGChList===
List of physical channel indices of the EEG channels in use.

===TriggerChList===
List of one-bit trigger channels to append to the end or a single 0 to acquire all trigger channels as a single 16-bit channel.

===NotchFilter===
Filter to remove the influence of the power line noise. Set to 50Hz in Europe or 60Hz in America.

===HighPassFilter===
Filter to remove the signal drift and/or low frequencies influence.

===LowPassFilter===
Filter to remove high frequencies influence.

===AllignChannels===
Bit indicating if channels shall be aligned in time. As default set as true (1).

===SourceChTimeOffset===
Fixed delay of the incoming signal. Empty as default.

===TransmitChList===
List of the channels to take part in the preprocessing stage.

==Old Generation Enobio==

BCI 2000 also supports old generation Enobio. A wearable, modular and wireless 4 channels electrophysiology for measuring EEG, ECG and EOG.

===Location===
http://www.bci2000.org/svn/trunk/src/contrib/SignalSource/Enobio/Enobio

===Installation===
Copy:
*ENOBIO.exe
*EnobioDLL.dll
to the prog directory.

===Parameters===

SourceCh :Indicates the number of Enobio channels. Fixed value to 4. 
SampleBlockSize: Number of samples transmitted at a time. SampleBlockSize is 25 by default. 
SamplingRate: Number of samples per second recorded for each channel. Fixed value to 250. 
SourceChOffset, SourceChGain: A SourceChOffset of 0, and a SourceChGain of 0.058 converts A/D units to microVolts.

===Compiling Old Enobio Version===

To compile old Enobio version it is necessary to edit the CMakeLists.txt file located in http://www.bci2000.org/svn/trunk/src/contrib/SignalSource/Enobio 
 
ADD_SUBDIRECTORY( Enobio ) 
#ADD_SUBDIRECTORY( Enobio3G )

Contributions:EnobioADC

2013-05-03T10:54:55Z

Gruffini:

Contributions:EnobioADC

2013-05-03T10:10:13Z

Gruffini:

Contributions:EnobioADC

2013-05-03T09:58:12Z

Gruffini:

==Synopsis==
An ADC module for the Enobio Sensor developed by Neuroelectrics
ENOBIO is a wearable, modular and wireless electrophysiology sensor system for capture of
* EEG (Electroencephalogram - brain activity)
* ECG (Electrocardiogram - heart activity) and
* EOG (Electrooculogram - eye movement)
For a description of the ENOBIO sensor, please visit:
http://www.neuroelectrics.com/enobio

==Location==
http://www.bci2000.org/svn/branches/3.0/src/contrib/SignalSource/Enobio

==Versioning==

===Author===

Javier Acedo, Programmer, Starlab Barcelona S.L.
(javier.acedo@starlab.es)

Alejandro Riera, Tester, Starlab Barcelona S.L.
(alejandro.riera@starlab.es)

===Version History===
V1.0 03-05-2013: First version

===Source Code Revisions===

*Initial development: 2710
*Tested under: 2710
*Known to compile under: 2710
*Broken since: --

==Installation==
Copy:

*WinBluetoothAPI.dll
*ENOBIO3G.exe
*ENOBIO3GAPI.dll
*QtCore4.dll

to the prog directory.

==Parameters==

===SourceCh===
The number of channels in ENOBIO current version is fixed to 8. This parameter should not be modified.

===SampleBlockSize===
SampleBlockSize is 25 by default. Any other value should work, except for 1.

===SamplingRate===
Sampling rate of ENOBIO is fixed to 250Hz. This parameter should not be modified.

===SourceChOffset, SourceChGain===
A SourceChOffset of 0, and a SourceChGain of 0.588 converts A/D units to microVolts.

==States==
None