Portable EEG Systems for Application in Neuroergonomics

Neuroergonomics application has been growing since the development of brain-computer interface. The development of neuroergnomics application often comes with high cost and impractical approach. The existing neuroergonomics application is often comes with high-end processing system tethered with wall, for a fixed application, that offers no flexibility in application development. Such implementation appears as a bottleneck for the application development. The proposed project focuses on the development of a low-cost portable EEG acquisition system, that able to acquire raw EEG signals and stream the signals to the cloud for further processing. The proposed approach would replace traditional microprocessor system, where it offers mobility that the traditional system lack of, and compute most of the complex processing on the cloud seamlessly. Cloud processing enables the development of any application, ranging from neuroergonomics, neurofeedback training, BCI, up to Big Data analysis, which is flexible to be changed by any mean.