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The tested controller is implemented in VHDL.
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Results indicate that all tested controllers have good performance in overcoming changes of DC motor load.
It was shown from the simulation study that the proposed controller provides the least rise time and settling time of 1.23 s and 1.81 s, respectively against the other tested controllers.
Another advantage of the fuzzy logic controller over the currently tested controllers is its ability to intuitively implement different types of outputs on the same control platform (e.g., insulin and glucagon).
The performance improvement in beam stabilization through the beam steering control system is tested in controller tuned on and tuned off conditions.
The range of swing inertia of the upper structure is tested for controller design by site experiments.
We tested the controller on different benchmark problems and achieved a rule compression ratio of up to 71%.
We tested the controller using 60-s, randomly-ordered targets ranging from 0 10 Hz/unit, and successful control was achieved in over 90% of trials.
The parallel interface connector module and JTAG test controller were selected to send the signal to the remote target for testing.
Battery life has been strong although I haven't fully tested the controllers in the short time I've had the console.
The controller unit can also change significantly, and we are presently in the process of testing a controller unit that is powered by compressed air rather than by a motor.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com