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Difference between revisions of "BCI++"
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BCI++ is a framework dedicated to the development and fast prototyping of Brain-Computer Interface systems, pc-driven protocols for a variety of bio-signal acquisition paradigms and BCI-based applications. The BCI++ features two main modules communicating via TCP/IP connnection: a module dedicated to signal acquisition, storage and visualization, real-time execution and management of custom algorithms (developed using C/C++ or Matlabr) and a Graphic User Interface module dedicated to pc-driven protocols development based on a high-level 2D/3D Graphic Engine (Irrlicht). The BCI++ framework guarantees ease of use, high flexibility and powerful solutions for the development of complex paradigms and immersive protocols oriented both to the in-lab research and to end-user application. | BCI++ is a framework dedicated to the development and fast prototyping of Brain-Computer Interface systems, pc-driven protocols for a variety of bio-signal acquisition paradigms and BCI-based applications. The BCI++ features two main modules communicating via TCP/IP connnection: a module dedicated to signal acquisition, storage and visualization, real-time execution and management of custom algorithms (developed using C/C++ or Matlabr) and a Graphic User Interface module dedicated to pc-driven protocols development based on a high-level 2D/3D Graphic Engine (Irrlicht). The BCI++ framework guarantees ease of use, high flexibility and powerful solutions for the development of complex paradigms and immersive protocols oriented both to the in-lab research and to end-user application. | ||
==Links== | ==Links== | ||
[http://www.sensibilab.lecco.polimi.it/bci Website] | [http://www.sensibilab.lecco.polimi.it/bci Website] | ||
Revision as of 21:10, 24 June 2021
BCI++ is a framework dedicated to the development and fast prototyping of Brain-Computer Interface systems, pc-driven protocols for a variety of bio-signal acquisition paradigms and BCI-based applications. The BCI++ features two main modules communicating via TCP/IP connnection: a module dedicated to signal acquisition, storage and visualization, real-time execution and management of custom algorithms (developed using C/C++ or Matlabr) and a Graphic User Interface module dedicated to pc-driven protocols development based on a high-level 2D/3D Graphic Engine (Irrlicht). The BCI++ framework guarantees ease of use, high flexibility and powerful solutions for the development of complex paradigms and immersive protocols oriented both to the in-lab research and to end-user application.