Sentence examples for locations of electrodes from inspiring English sources
Kamrunnahar et al. [55] presented a systematic optimization algorithm for the optimization of the number and locations of electrodes in BCI systems adopting a wrapper approach with a complete search strategy for subset channel selection.
An optimal combination across channels blurs the exact locations of electrodes, solving the problem of inter-subject variation in sensitive electrode location and responsive frequencies.
Figure 4 A shows the locations of all 1453 electrodes included in the statistical analysis over 14 subjects, showing that most of the cortex was fairly evenly sampled, even though the locations of electrodes in any individual subject were much more limited.
In Figure S1 and S2, we show the results from two responsive electrodes in the ventral temporal cortex (data from the first session for subject 153; for the locations of electrode 74 and 75, see Figure S3).
After the locations of electrode contacts were visualized on the 3D anatomical MRI rendering, we obtained 2D projections of the MRI from ventral (Figure 1B) and lateral (Figure 1C) views, using in-house programs in MATLAB 7 (Mathworks, MA, USA).
The stacking order corresponds to the location of electrodes on the scalp.
The electrocardiographic traces vary according to the type of device, number and location of electrodes, as well as their configuration.
The computer system allows the selection of the number and location of electrodes, input of amplitude values, and the map display mode.
Future studies will explore the optimal electrode unit size and the optimal number and location of electrodes for different categories of individuals.
The patients underwent electrode implantation under a purely clinical protocol and the location of electrodes was determined solely by medical considerations.
Our decoding analyses are powerful alternative ways to solve this problem, since they optimally blur the precise anatomical location of electrodes, which is variable from subject to subject.
