… In contrast, ERD/ERS research will continue to be useful in clinical brain–computer
interface (BCI) implementation. Promising novel applications of an ERD/ERS based BCI may …

… mu and beta ERD; continuous movement imagery had a greater impact on mu and beta
ERS. This research will be useful for designing future brain–computer interfaces as it provides …

… between a human and a computer, called BCI(brain computer interface). EEG evoked by a
movement has been often used as a control command of a computer. This study is to predict …

… ERD/ERS is highly frequency band-specific. Different locations on the scalp can display ERD
and ERS … allow the development of Brain-Computer Interfaces (BCIs) that are capable of …

… The ERD/ERS template was computed using triggered averaging of extracted feature signal
from training trials. In order to incorporate both ERD and ERS changes into motor activity …

… An important factor in the usability of a brain–computer interface (BCI) is the setup and … ,
any reference to ERD/ERS refers to the temporal complex of ERD followed by ERS in the motor …

… different tasks and we aimed to draw conclusions if stability is rather related to ERD or ERS.
… , the ERD was substituted with ERS after the first time interval. In the beta bands, ERD was …

… The Graz BCI system is based on ERD and ERS of sensorimotor rhythms. The user participates
in an initial session to select a motor imagery paradigm. In each series of timed trials, the …

… Brain-Computer Interface (BCI) is an interface technique between human and computer
which … Results of this study showed that ERD occurred in mu waves and ERS occurred in beta …

… A clinical study of motor imagery-based brain-computer interface for upper limb robotic …
Brain computer interface based robotic rehabilitation with online modification of task speed. …