For models and scenarios with high degree of uncertainties, IW with any type of control were not recommended, showing to be essential, especially for proactive controls, have good knowledge of reservoir characteristics in order to exploit the benefits of these wells.
Protections – like muting, filters, blocking, and reporting – were generally introduced in a reactive fashion, not as proactive controls.
Therefore, one might explain our results as showing that proactive control mechanisms promote controlled access to episodic memory (i.e., contextual representations), and reactive control mechanisms perform selection among activated and competing representations.
Stated differently, proactive control mechanisms are not limited to controlled retrieval, and controlled retrieval is not limited to proactive control over interference.
Using computer simulations, the controller is shown to provide proactive control actions to control the vehicle's sideslip angle.
This example shows that in contrast to the feedback system, which reacts to a change in the controlled variable (reactive control, correction), the feedforward system responds to a disturbance without having the controlled variable being affected first (proactive control, avoidance).
This comparison includes the results of IW with three types of control, reactive and two kinds of proactive control.
By doing so, we created a situation where both the reactive and proactive control were encouraged altogether.
We assert that adoption of a proactive control strategy by adolescents is an important step in the transition to adulthood.
However, when a more thorough inspection was administered, although there were SSRT changes, both effects of reactive and proactive control evolved and mingled along the course4,5,6,7, 9, 10.
We learned from previous studies that segregation between reactive and proactive control is intractable and coupling between motivation strength and reward value can be dissociable.
