Therefore, it is difficult to design modules that cope with map errors and maintain task realization effectiveness.
Therefore, it is difficult to develop an adequate method to deal with map errors and still maintain task performance.
Individuals with high working-memory capacity might have the cognitive resources to better maintain task-relevant information in memory throughout an interruption.
The significant increase in activation in the posterior parietal areas of the cerebellar patients could be attributed to a compensatory recruitment to maintain task performance.
During training, we adjusted stimulus duration on a block by block basis to maintain task difficulty near a pre-defined level of 80% performance accuracy.
We schedule tasks in data-driven execution according to coherent data, propose an adaptive ray compaction to eliminate inactive threads, maintain task efficiency of threads in a warp, and design two heuristics to decrease the compaction cost.
While there is some consensus that cognitive control involves both a capacity to rapidly adjust to unexpected challenges and a capacity to prospectively maintain task-sets over longer timescales, there is disagreement concerning the neural implementation of these capacities.
It has been shown that gF is highly related to WM span [20], and it has been suggested that this relationship arises from the ability to actively maintain task-relevant information in the face of interference [21].
However, the failure to maintain task set was found only with task switching.
Thus, with respect to the failure to maintain task set task switching and error processing are dissociable processes.
