[PDF] Top 20 Predictive Functional Control for Fractional Order System
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Predictive Functional Control for Fractional Order System
... Predictive functional control has been in use in the process industries during the last 30 years, where it has become an industry standard due to intrinsic ability to handle input and state constrain ... See full document
8
The effect of coincidence horizon on predictive functional control
... First Order Models with Open-Loop Dynamics Different from Target Closed-Loop Dynamics As the prediction of the output at the coincidence point is based on an assumption of constant input, for large coincidence ... See full document
21
Adaptive neural network backstepping control of fractional order Chua–Hartley chaotic system
... chaotic system with unknown external disturbances by using the backstepping ...the system uncertainties are approximated by NNs; secondly, based on the frac- tional Lyapunov stability theory, a ... See full document
14
FINGER PHOTOPLETHYSMOGRAPH AS A MONITORING DEVICE FOR LIPID PROFILE IN MEN WITH CARDIOVASCULAR RISK
... semi-discretized fractional-order backstepping approach will be introduced to find the boundary controller function which stabilizes the NTFPDE by transformation it into an equivalent stable closed ... See full document
11
The variational problem of fractional order control systems
... of fractional calculus of variations ...of fractional boundary value ...nonconservative system using certain ...the fractional-order variational problem and gave solution for a class of ... See full document
10
Robust adaptive control for fractional order chaotic systems with system uncertainties and external disturbances
... the control and synchronization of chaotic systems has been widely used in many ...chaos control and synchronization methods have been proposed ...[15–17]. Fractional-order calculus has almost ... See full document
15
An Alternative for PID control: Predictive Functional Control - A Tutorial
... estimator control loop is not disturbed the difference between both manipulated/control signals are equal to the external disturbance acting on the process input if the process model and the controllers are ... See full document
7
Legendre-collocation spectral solver for variable-order fractional functional differential equations
... Fractional calculus is currently being employed in several fields, including economics, en- gineering, and science [5]. However, problems involving fractional differential equations (FDEs) are already ... See full document
12
Conformable Fractional Order Sliding Mode Control for a Class of Fractional Order Chaotic Systems
... "Fractional Order Sliding mode control for Single Link Flexible Manipulator", 2013 IEEE International Conference on Control Applications (CCA) Part of 2013 IEEE Multi Conference on ... See full document
12
FPGA implementation of adaptive sliding mode control and genetically optimized PID control for fractional order induction motor system with uncertain load
... Electric motors consume approximately % to % of the electric energy []. Industry and household applications depend mostly on alternating current (AC) electric motors. It is well known that % of these AC electric ... See full document
20
Robust Adaptive Control for Fractional-order Financial Chaotic Systems with System Uncertainties and External Disturbances
... adaptive control for uncertain fractional-order financial chaotic systems with bounded unknown external disturbances is ...the fractional-order extension of the classical Lyapun- ov ... See full document
14
Fractional Order Delayed Prey-Predator Model with Stage Structure
... Mathematical modeling through differential equations and simulation via computers play a significance role in the study of multi species population interactions. So many works had been already done on these ... See full document
12
Control of Non Linear Two Mass Drive System using ANFIS
... existing fractional order PID and Active disturbance rejection controllers with ANFIS controller which is a kind of artificial neural network that is based on Sugeno fuzzy inference ...inference ... See full document
11
An Improved Numerical Algorithm for the Fractional Differential Equations and Its Application in the Fractional Order Nonlinear Systems
... the fractional differential equations based on the variational iteration ...new fractional-order four-dimensional system are numerically ...new fractional-order system ... See full document
9
Interval oscillation criteria for functional differential equations of fractional order
... of fractional order have recently been proved to be valuable tools in the modeling of many phenomena in various fields of science and ...mathematics, fractional differential equations arise in ... See full document
8
Using Self-Synchronization Error Dynamics Formulation Based Controller for Maximum Photovoltaic Power Tracking in Micro-Grid Systems
... In order to avoid the PV system having power oscillation near the MPP during steady state response we can combine our MPPT control of Fractional order incremental conductance method ... See full document
6
Rectified fractional order iterative learning control for linear system with initial state shift
... In order to avoid the above-mentioned phenomenon, for the Lebesgue-p norm it was reported in [22] that it is more suitable for error measure on performance than the ... See full document
18
Trends in Fractional Order Controllers
... The control objectives have been achieved by adopting the reaching law approach of sliding mode ...optimal fractional order controller has been designed and the optimal values of FOPID controller ... See full document
7
Fractional optimal control problem for infinite order system with control constraints
... The fractional calculus is nowadays an excellent mathematical tool which opens the gates for finding hidden aspects of the dynamics of the complex processes which appear natu- rally in many branches of science and ... See full document
16
Stability analysis of a fractional order prey-predator system with nonmonotonic functional response
... for all x > 0, which indicates that f ′ (x) is strictly monotonically increasing in the interval (0, + ∞ ). If ηa − µβ ≥ 0, then we can see that f ′ (x) > 0 for all x > 0, and consequently the function f(x) is ... See full document
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