1) _infer_ plastic changes... ;P
2) "I just find it bloody interesting how different parts of the brain
interact with one another (i.e. one part sees "red", the other sees
"phallic shape", so they exchange notes and produce "red phallic
shape". Anyway.)"
3) If we're stacking all these tasks up at once on TNB or QNB, we
might just be training Gs, inspection time or reaction speed rather
than anything novel.
4) -Oook: "The color memory task did not interfere with the location
memory task, but the shape memory task and the binding memory task did
interfere with the location memory task" If we're training inhibition,
QNB>TNB. Seems like a no-brainer but it's for slightly different
reasons beyond 'more data', as TNB with shapes instead of colors would
have the same effect.
I'll leave the last one as is.
On May 28, 8:01 am, Arkanj3l <kenneth.bruskiew...@gmail.com> wrote:
> Notes, translated from German and then back into English:
>
> ---------------
>
> - Obvious connection with TNB and higher.
>
> - "Object memory tasks different neural substrates than spatial memory
> tasks ... posterior dorsal frontal cortex [for Spatial Information
> and] rear ventral frontal cortex is preferred in the maintenance of
> non-spatial information involved" TNB and QNB are not only taxing the
> DLPFC, where much of the research is, but also those areas. I think we
> can close plastic changes. I know no other training protocol, N-back
> or otherwise, which could make these claims. Simultaneous activation
> of the two areas would also result in greater functional connectivity
> (on top of that possibly with the DLPFC and ACC) and geez, I think we
> all know what that means. P
>
> -I find it interesting how differently interact with each other bloody
> parts of the brain (ie part sees "red", sees the others' phallic
> shape, "so that they produce exchange notes and" red phallus-shape.
> "Anyway.)
>
> -If you use a larger grid in their dual role as a brain-task workshop,
> and a color palette. Would be interesting for Brain Workshop
> parameter. Willing to code. Eventually.
>
> -From results: "The location memory task had no significant effect on
> the object memory task," If we all these tasks you stack up at once to
> TNB or QNB, we only have training Gs, inspection time or the reaction
> rate, rather than be all could be novel. Although I'm still trying to
> wrap my head around the task, since it is not like TNB / QNB.
>
> -Oook "disturb the color memory task from the location memory task,
> but the shape-memory task and the memory retention task interfere with
> the location memory task:" If we are training inhibition, QNB> TNB.
> Seems like a breeze, but it is to have something different for reasons
> that "more data" as TNB with shapes instead of color would have the
> same effect.
>
> That's all what I write before I could stir crazy now. Hope it is
> useful.
>
> -----------------
>
> ... not bad. Expected worse.
>
> On May 26, 5:24 pm, likeprestige <plastic...@live.com.au> wrote:
>
>
>
> > Title: When do spatial and visual working memory interact?
>
> > Date: Published online - 16 November 2010
>
> > Author: Title: Justin N. Wood
>
> > Abstract: This study examined how spatial working memory and visual
> > (object) working memory interact, focusing on two related questions:
> > First, can these systems function independently from one another?
> > Second, under what conditions do they operate together? In a dual-task
> > paradigm, participants attempted to remember locations in a spatial
> > working memory task and colored objects in a visual working memory
> > task. Memory for the locations and objects was subject to independent
> > working memory storage limits, which indicates that spatial and visual
> > working memory can function independently from one another. However,
> > additional experiments revealed that spatial working memory and visual
> > working memory interact in three memory contexts: when retaining (1)
> > shapes, (2) integrated color-shape objects, and (3) colored objects at
> > specific locations. These results suggest that spatial working memory
> > is needed to bind colors and shapes into integrated object
> > representations in visual working memory. Further, this study reveals
> > a set of conditions in which spatial and visual working memory can be
> > isolated from one another.
>
> > Link:http://www.springerlink.com.ezproxy.lib.swin.edu.au/content/35n547252...
>
> > P.S - If anyone would like the full text pdf file let me know.
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