On the other hand, for sc-NTF, the bases are selected beforehand due to the link established between the allocated basis elements and the spatial cue.
To ensure central fixation after presentation of the spatial cue, the period between cue and target was analyzed for gaze deviations from the center.
Mann-Whitney tests were run for two RT scores: the spatial cue congruent condition, with no differences between the groups, and the double cue incongruent condition, revealing significant statistical differences favoring bilinguals (Z = -2.27, p = .02) (see Table 2a).
The basis elements located at both sides of the spatial cue are selected as target elements.
In both conditions, the subject was alert, but only the spatial cue provided orientation information.
The spatial cueing task used a 2×3×2 mixed factorial design, with anxiety (high and low) as a between-subjects IV, and cue valence (angry, happy and neutral) and cue validity (valid and invalid) as within-subject IVs.
Thus, the spatial cues provided by centrifugation may assist cells in assuming native RPE function.
The listeners rated the speech spatial cue preservation by how consistent they perceived the spatial cues with respect to the visual cues.
In the context of SSC, the spatial cues can be considered to form the fourth object.
In contrast, the RT data on the spatial cueing task are likely to reflect not only this response slowing effect (given the close similarities between the central cue and spatial cueing tasks), but also additional attentional effects associated with the spatial cueing requirements.
