Sentence examples for reorganization of task from inspiring English sources

We explored the reorganization of task architecture with practice by combining interference analysis (delays in dual-task experiment) and random-walk models of decision making (measuring the decision and non-decision contributions to RT).

It is concluded that SWS promotes the neural reorganization of task representations that rely on the hippocampal system despite absence of conscious access to these representations.

In a recent WHO survey, of 73 low- and middle-income countries, 28 reported having a policy on task-shifting to allow reorganization of tasks among health care workers and the hiring of nonprofessional workers [ 26].

One explanation might be that reorganization of implicit task representations is not a strict determinant of explicit knowledge generation after sleep.

Alternatively, sleep might support the reorganization of those task representations that received more attentional control at pre-sleep encoding (as observable in EEG patterns) regardless of predictability vs. unpredictability of responses in relation to the hidden task structure.

The present study quantified slow EEG shifts [36], [38] in order to identify and analyze, at the neurophysiological level of brain functioning, the sleep-related reorganization of neural task representations.

It can be therefore suggested that although SWS supports the reorganization of implicit task representations (present results) and their transformation to explicit memories [26], there are additional factors that may critically modulate the probability for subsequent post-sleep insight solutions.

Finally, the present results indicate that sleep-related alterations in functional visual states are induced by a reorganization of implicit task representations during SWS [18] and are therefore determined by information-specific mechanisms.

In conclusion, analyses of slow negative potentials as markers of controlled cortical activation provide evidence that slow wave sleep promotes the neural reorganization of implicit task representations and provide neurophysiological evidence for the role of SWS in the consolidation of memories encoded with hippocampo-cortical interaction.

Thus, if the pre-sleep activation of hippocampal-cortical networks were the critical condition for sleep-dependent memory consolidation, a reorganization of neural task representations after sleep would only be expected for the implicitly processed predictable responses ( i.e., during processing of the second half of the digit string).

If sleep promoted an off-line reorganization of neural task representations depending on either hippocampo-cortical or conscious control activations, this neural re-structuring would be manifested by a spatial re-distribution of negative SPs after sleep, or by magnitude reduction due to facilitation of processing.