Sentence examples for consistent tuning from inspiring English sources

This consistent tuning can even be seen in the tuning functions when averaging within rows (Fig.  6 C).

This reflects the observation that the voxels showed no consistent tuning for the ipsilateral fingers when averaging the bimanual activity along the columns (Fig.  6 C).

Therefore, this classifier can only yield above-chance accuracy, when the voxels show consistent tuning for the spatial features, independently of the temporal structure of finger sequences.

It also confirms the results of the classification analysis (Fig.  5 A), again showing that the consistent tuning for ipsilateral actions disappears in the bimanual context.

DOI: http://dx.doi.org/10.7554/eLife.03043.014 We then searched for regions in which voxels would show consistent tuning for temporal or spatial features of the sequence, independently of the respective other component.

Consistent tuning for finger presses for 1 hand can be determined by averaging the bimanual tuning functions across the fingers of the respective other hand (Fig.  6 C, arrows).

From this figure, it is also apparent that the consistent bimanual tuning was very similar to the tuning during contralateral unimanual actions.

Despite the divergent selection pressures reported here, we could find no clear evidence that the rhodopsin gene in mammals inhabiting low light conditions had undergone consistent spectral tuning at known critical amino acid sites (Table 2), though these inferences need to be substantiated by mutagenesis of synthesized proteins.

Moreover, among 21 neurons that encoded a single texture pair on each platform, only 6 demonstrated consistent "texture tuning"; the remaining 15 either discriminated between the same texture pair on both platforms but switched preference within the pair, or else discriminated between different texture pairs on the two platforms.

In Figure 4, we delineated the clusters of vertices that do exhibit consistent spatial tuning across intensity-level modulations, which were observed in the left hemisphere of 3 participants and the right hemisphere of 1 participant only.

Within cortical visual area V5/MT of two macaque monkeys, we applied electrical stimulation at sites with consistent multiunit tuning to combinations of binocular depth and direction of motion, while the monkey made perceptual decisions about the rotation of SFM stimuli.