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Palabras clave – provistas por la editorial

fractional order IMC; first order plus dead-time processes; event-based implementation; numerical simulations; comparative closed loop results; nonlinear wave phenomen; RBF; local RBF-FD; stability; unmanned aerial vehicle (UAV); quaternion-based estimator; low-cost design; automatic optical inspection; kinetic theory; parallel robots; robust control; sliding mode control; basinI; basinII; mean pressure head; pressure head with different probabilities of occurrence; standard deviation of the pressure fluctuations; statistical modeling; USBR; desalination; humidification-dehumidification; waste heat recovery; mathematical model; yearly analysis; thermo-economics; multi-objective optimization; cruise altitude; fuel consumption; time to climb; Hermite-Simpson method; trajectory optimization; terminal residual analysis (TRA); m-σ terminal residual analysis (m-σ TRA); power transformer; stray losses; analytical methods; finite element method; gridshell structures; shape ratio; length ratio; regularity; particle swarm optimization; genetic algorithm; hybrid nanofluid; dual solutions; mixed convection; stagnation point; radiation; stability analysis; machine learning; eXterme Gradient Boosting; Computation Fluid Dynamics; blade vibration; unsteady aerodynamic model; active disturbance rejection control (ADRC); multiobjective optimization; time delay systems; tuning rules; soft robotics; fractional calculus; CACSD toolbox; operating point linearization; automatic uncertainty bound computation; Model-in-the-Loop simulation; hybrid simulation; ℋ∞ control; μ synthesis; DC-to-DC power converters; buck; boost; SEPIC; rainfall-runoff model; curve number; inferential statistics; 3D runoff difference model; model calibration; PAT model; modified affinity laws; hydraulic simulation tool; μ-synthesis; fractional-order control; swarm optimization; artificial bee colony optimization; CNC machine; mixed sensitivity; D–K iteration; Linear Matrix Inequality; biotechnology; fermentation process; batch bioreactors; modeling; control system design and synthesis; linear control; adaptive control; model reference adaptive control; control system realization; mixed-sensitivity; FO-PID; twin rotor aerodynamic system