The task we used involves sustained attention, encoding of information into WM, active maintenance of stimulus representations, updating of sequential order information, and response inhibition and selection (20).
Cells in a finite volume representation are updated by means of fluxes across boundaries with adjacent cells in such a way as to satisfy the local conservation laws but to include viscous and thermally conducting effects.
Instead, an internal representation is updated in bulk at the user's request.
Various plots or 3D representations are then updated.
On the other hand, short-term body representations are constantly updated on the basis of afferent and efferent information.
Since the transfer functions are called whenever the edited structure changes, the dependent form contents or other data representations are continuously updated during the editing process.
Our observations suggest that alpha band oscillations do not directly affect the transfer of target representations during remapping, but increase the fidelity of the updated representation by attenuating interference of afferent information.
A background subtraction approach usually considers three main issues: background representation, background updating, and background initialization [1].
Table 3 lists the average frame processing times (s) of the three processing steps, namely, block representation, background updating, and foreground segmentation, for the six bootstrapping video sequences by the proposed approach with block size 16 × 16.
The basal ganglia is active during response selection and the PPC, along with the inferior frontal junction are active during representation and updating of task sets called domain general switching.
