Sentence examples for spatial conjunction from inspiring English sources
By comparison, only a very medial region of right BA7 was selectively activated by the spatial conjunction task.
The two latter regions were selectively activated by the attentional demands of the temporal conjunction task when compared directly to the attentional demands of the spatial conjunction task, implicating these regions specifically in selective attention among temporally-distracting stimuli.
Santana and Galera (2014), in a study of visual, verbal, and spatial conjunction information in the working memory, also found evidence of an asymmetric effect of irrelevant dimension on the recognition of locations and visual stimuli; these authors suggest that the information about the object and its location are automatically integrated into a unitary representation.
This modification of ALE treats the spatial conjunction of co-ordinates from separate studies as more significant than conjunction of co-ordinates from a single study.
The combination of these methods has theoretical advantages over the standard Activation Likelihood Estimation system, because extra significance is given to the spatial conjunction of co-ordinates when they derive from different studies (rather than a single study) and results can be weighted by sample size.
In recent work we used fMRI to examine WM for visual and spatial information and visual-spatial conjunctions [1].
We examined how TMS over visual- and spatial-preferred brain regions influences WM for visual-spatial conjunctions, as well as single features.
Therefore, it remains unclear whether activity in domain-preferred regions plays a critical role in WM for visual-spatial conjunctions, or whether this activity is simply an epiphenomenon.
Studies using fMRI have shown that WM for visual-spatial conjunctions recruits visual- and spatial-preferred regions, but the level of activity in these regions is intermediate to the activity produced by the preferred and non-preferred single task information [10,15].
Thus, a large window size (such as 4,800) is preferable for the purpose of having a high spatial resolution, in conjunction with a high sample rate (such as 48 kHz) to not hinder the overall responsiveness of the system.
We have hypothesized that parietal cortex, through its representation of spatial information, in conjunction with dorsolateral PFC, supports organization of information (manipulation) and the maintenance of information in an organized state.
