Poor sleep in adolescents has been shown to decrease behavior regulation, including impulse control, emotion regulation, and behavioral flexibility [13], as well as health-risk behaviours, such as suicidality and substance use [33], and poor school performance [9], [34].
This methodology consists of two approaches based on an interaction force and behavior regulation rule for a robot.
In the second approach, a behavior regulation rule in connection with the interaction force is designed and provided in congested segments on a lane.
Finally, the effectiveness of the improved interaction force and the behavior regulation rule for multi-robot coordination in a congested system with bottlenecks is shown.
Furthermore, the improved interaction force and behavior regulation rule are appended to ACC, and the potential of using ACC with the two approaches is discussed.
The improved robot behavior control technique and behavior regulation rule are implemented in simulation experiments and compared to the previous robot behavior control technique and adaptive cruise control (ACC) that has been proposed for vehicles.
This suggests a link to the individual ability to perceive and processes bodily signals (interoceptive sensitivity, IS) which has been shown to be associated with emotion processing and behavior regulation.
Damage to the prefrontal cortex in childhood can produce long-term impairments of emotion, behavior regulation, and executive functions, but little is known regarding the earliest expression of these impairments.
Several previous observations are consistent with a link between SOD, hydrogen peroxide and behavior regulation.
The hypothalamic arcuate nucleus (ARH) contains two populations of neurons crucial for feeding behavior regulation.
