An excess of oxygen depleting chemicals in the water can lead to hypoxia and the creation of a dead zone.
The excess of oxygen-depleting chemicals leads to hypoxia and the creation of a dead zone.
I concede that we need a dead zone for readjustment.
While controlling the joints to follow the desired trajectory, delay due to flow of oil and dead zone of the proportional electromagnetic control valve pose a serious problem.
In this paper, a hydraulic dead zone compensated robust adaptive fuzzy control law is proposed for controlling the hydraulically actuated leg joints to achieve an accurate foot trajectory tracking.
The flattering delay imposed by the dead zone of the proportional electromagnetic valves and the time delay due to flow of oil has also been eliminated to a great extent.
However, a dead zone can be introduced either side of the goal state such that, once inside this zone, the policy makes no adjustment.
The dead zone and adaptation factor concepts are exemplified by the granularity policy.
