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An SDN-based network is realized by allowing network hardware elements (e.g., switches) to be programmed and controlled through a standardized interface such as OpenFlow [143] and by employing a network controller to make control decisions on the operations of the data forwarding infrastructure.
Using Lyapunov method, we design a nonlinear feedback controller to make the controlled system be stabilized.
We can design a nonlinear feedback controller to make the controlled system be stabilized at origin and two Genesio systems be synchronized.
The methodology proposed in this study employs a three-stage analysis that is designed in series for generating a representative state function, searching for a set of multi-objective control strategies, and performing a rough set-based autotuning for the neural-fuzzy logic controller to make it applicable for controlling an industrial wastewater treatment process.
Thus, the design goal of 2DOF control design is find a feedforward controller and a feedback controller to make following optimization object satisfied, min G FF, G FB ?
Then, the authors construct an observer and controller to make the nominal system globally asymptotically stable.
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A coordinator weights the outputs of these two controllers to make the final control decision.
This brief considers the problem of designing controllers to make the output of a power-integrator planar system globally asymptotically track the reference signal generated by a power-integrator exosystem.
Super controllers influence controllers to make cost-benefit decisions that will reduce the likelihood of problems occurring.
In this section we design PD state feedback controllers to make the resulting closed loop systems asymptotically stable with an (H_{infty}) disturbance attenuation (gamma > 0) for all nonzero (w(t) in L_{2}^{P} [ 0, + infty ]).
Of course, 512 gigs of memory (648 actually, with NAND memory making up the difference and providing backup and error correction) and the controllers to make all that happen are going to run you quite a bit of scratch.
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Since I tried Ludwig back in 2017, I have been constantly using it in both editing and translation. Ever since, I suggest it to my translators at ProSciEditing.

Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com