In this study, 31 air traffic controllers at different levels of expertise (novice, intermediate, expert) were confronted with 9 problem situations depicted on a radar screen.
A synergistic controller architecture is presented, where the aim is to design a structure capable of executing one of three landing techniques, or combination thereof, by simply activating various controllers at different stages of the landing phase.
Deep sequencing of the cDNA-PCR products of memory B cells obtained from several 'elite controllers' at different time points postinfection further revealed the limited use of heavy chain V-gene (IGHV) lineages for developing HIV-1 bnAbs in a single infected individual [17,18,29].
The hierarchical controllers run at different intervals, with a local cluster controller running more frequently than a global controller.
Therefore, a gain-scheduling controller is derived from the interpolation of consistent realizations of the H2 controllers obtained at different points of the operating domain.
The performances of the proposed Fuzzy Logic Controller based Induction Motor drive are compared with that of the conventional PI controller based drive at different operating conditions.
Well trained neural controller can operate at different conditions of load current at different orbital periods without any tuning such in case of PID controller.
As explained before, when multiple readers interfere with each other, they are scheduled by the controller to operate at different times, often one immediately after the other to scan all tags in their area.
Additionally, controller parameters are tuned at different loading conditions so that an adaptive gain scheduling control strategy can be employed.
The converter along with its advanced controller is tested experimentally at different loading conditions using two different power sources, i.e., Super-capacitor (SC) and battery modules.
