Jump to content

Contributions:Application: Difference between revisions

From BCI2000 Wiki
Mellinger (talk | contribs)
Aes2376 (talk | contribs)
Line 16: Line 16:
'''NOTE:''' Access to components from the "private" section requires signing a non-disclosure agreement. Please contact brunner[at]neurotechcenter.org for more information.
'''NOTE:''' Access to components from the "private" section requires signing a non-disclosure agreement. Please contact brunner[at]neurotechcenter.org for more information.
*[[Contributions:gEstimFilter]]: Cortical stimulation with the gtec g.Estim PRO.
*[[Contributions:gEstimFilter]]: Cortical stimulation with the gtec g.Estim PRO.
==Application Modules from the "private" section==
'''NOTE:''' Access to components from the "private" section requires signing a non-disclosure agreement. Please contact brunner[at]neurotechcenter.org for more information.
*[[VisuomotorJoystickTask]]: Center-out visuomotor reaching task using a USB HID joystick with normal and inverted cursor mappings.
*[[FEP_VisuomotorJoystickTask]]: Visuomotor joystick task with hidden mapping changes and cursor-gain manipulations for studying behavioral adaptation under changing sensorimotor contingencies.


==Interoperability==
==Interoperability==

Revision as of 19:49, 22 September 2026

The following user application components are available in the Contributions section of BCI2000:

Application Modules

Application Filters from the "private" section

NOTE: Access to components from the "private" section requires signing a non-disclosure agreement. Please contact brunner[at]neurotechcenter.org for more information.

Application Modules from the "private" section

NOTE: Access to components from the "private" section requires signing a non-disclosure agreement. Please contact brunner[at]neurotechcenter.org for more information.

  • VisuomotorJoystickTask: Center-out visuomotor reaching task using a USB HID joystick with normal and inverted cursor mappings.
  • FEP_VisuomotorJoystickTask: Visuomotor joystick task with hidden mapping changes and cursor-gain manipulations for studying behavioral adaptation under changing sensorimotor contingencies.

Interoperability

See also

User Reference:Filters