Sentence examples for error monitoring system from inspiring English sources

Crittercism, the San Francisco-based makers of a performance management and error monitoring system for app developers, announced today that it has raised $12 million in series B financing.

The company, which makes an app performance management and error monitoring system, found that an app's performance, including how often it crashes, is strongly influenced by things like the cloud services it uses and regional network carriers.

This imposes limitations on the retrieval of correct responses from long-term memory [14] that affect the activation of the error monitoring system when processing information [12].

This implies that direct working memory training enables larger patterns to be retained and monitored by the error monitoring system, thereby reducing the possibility of overloading the CE (see [12]).

More importantly, our results show that this misattribution is insufficient to flag the error monitoring system [15], i.e. subjects were not aware of the fact that they have made a mistake.

Activation in dMFC during errors triggers additional activation in functionally interconnected left IFC, as well as striatal, premotor, and parietal components of the error monitoring system, leading to post-error performance adjustments (43 45,48).

The upregulating effects on basal ganglia, thalamic, and anterior cingulate activation were therefore likely mediated by mesolimbic striatocingulate dopaminergic pathways known to modulate error monitoring systems (63,64).

Thus, our finding supports the notion that the internal error-monitoring system is sufficient in cognitive tasks where accuracy is around 80%.

We argue that this is due to the efficiency of our error-monitoring system, which has developed through evolution to assist progress and survival without having to rely on external sources.

The results are in line with models suggesting that the internal error-monitoring system is sufficient in cognitively demanding tasks where performance is ∼ 80%, as well as theories stipulating that external feedback directs attention away from the task.

Regardless of whether external error-feedback was present or not, they found the same pattern of prolonged post-error RT when errors were rare outcomes and the absence of post-error slowing when error frequency reached 50%, which made them argue that the internal error-monitoring system is more important than the external.