In this research, formal methods, such as model checking and limited theorem proving, are applied to the requirements, architecture, and model development phases of the design process of a coupled tanks control system.关键词: Process Requirements Architecture Model Model Checking K-Induction Simulink ...
Self-tuning fuzzy-PID (STF-PID) controllerThe primary objective of this paper is to design an intelligent controller for controlling the level of fluid in the coupled-tanks. Mathematical model of the real-time coupled-tank system (CTS) is first derived, and it is taken up further for the ...
The ‘disturbance tap’ adds even more flavor to the experiments. It can be used to study the robustness of different control algorithms. You can also change the inlet and outlet orifice diameters to change the flow rate into and out of the tanks, effectively modifying the dynamics of the sy...
In order to carry out HSs, both mass and stiffness matrices were used to model the NS by means of the MATLAB/Simulink code in the Host PC. The Host PC compiles the system of equations discretized in time by the Partitioned PG-α algorithm [11] which are then sent to an xPC target ...
The performance effectiveness of the fuzzy logic based PID controller is compared with PID controller using simulation in MATLAB Simulink. From the simulation results of output, it can be observed that the STF-PID controller performs very well with no overshoot, drastic reduction in rise time, ...
Simulation tests based on MATLAB and SIMULINK are subsequently executed. Numerous assessments are conducted to evaluate tracking performance, external disturbance re-jection, and plant parameter fluctuations to gauge the effectiveness of the proposed model. The objective of this work is to provide a ...
The output power of the wind turbines and PV system were calculated in the Simulink model using data on wind speed, temperature, and solar light intensity. Figure 2 illustrates the predicted power generated by wind and solar energies. Figure 2. Curves of predicted power generation by wind and ...
The output power of the wind turbines and PV system were calculated in the Simulink model using data on wind speed, temperature, and solar light intensity. Figure 2 illustrates the predicted power generated by wind and solar energies. Figure 2. Curves of predicted power generation by wind and ...