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[PDF] Top 20 Finite Time Bounded Tracking Control for Linear Discrete Time Systems

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Finite Time Bounded Tracking Control for Linear Discrete Time Systems

Finite Time Bounded Tracking Control for Linear Discrete Time Systems

... of discrete-time sys- tems. In [13], the finite-time control for linear discrete-time system with external disturbances was ...of discrete-time ... See full document

12

Finite time control for uncertain systems with nonlinear perturbations

Finite time control for uncertain systems with nonlinear perturbations

... finite-time control for uncertain systems with nonlinear ...the time-varying delay into non-uniformly subintervals and decompose the corresponding integral intervals to estimate the bounds of ... See full document

28

A DISCRETE-TIME SLIDING MODE CONTROLLER WITH MODIFIED FUNCTION FOR LINEAR TIME- VARYING SYSTEMS

A DISCRETE-TIME SLIDING MODE CONTROLLER WITH MODIFIED FUNCTION FOR LINEAR TIME- VARYING SYSTEMS

... a discrete time sliding mode controller with modified function for Linear Time-Varying Systems with different disturbances is proposed and verified by simulations that the new ... See full document

7

Robust Finite Time H∞ Filtering for Discrete Time Markov Jump Stochastic Systems

Robust Finite Time H∞ Filtering for Discrete Time Markov Jump Stochastic Systems

... practical systems, it is only required that the system states remain within the given ...of finite-time stability or short-time stability, which has received considerable attention ...of ... See full document

10

Adaptive finite time tracking control for nonlinear systems with unmodeled dynamics using neural networks

Adaptive finite time tracking control for nonlinear systems with unmodeled dynamics using neural networks

... Finite-time control has received much attention because it can provide many benefits such as strong robustness and better disturbance resistance capability [3, 4, ...nonlinear systems has been ... See full document

17

Discrete Fourier transform based frequency characteristics of iterative learning control for linear discrete time systems

Discrete Fourier transform based frequency characteristics of iterative learning control for linear discrete time systems

... cal tracking behavior measured in the sense of some fixed norm [26, 27] but does not much concerns with the transient performance evolution along the iteration ...a linear ILC-driven system is Toeplitz, and ... See full document

22

Finite time H∞ control of a switched discrete time system with average dwell time

Finite time H∞ control of a switched discrete time system with average dwell time

... switched systems due to their significance both in theory and ...Switched linear con- trol systems, as an important class of hybrid systems, comprise a collection of linear sub- ... See full document

13

Stabilization of nonlinear discrete time systems via a digital communication channel

Stabilization of nonlinear discrete time systems via a digital communication channel

... nonlinear discrete-time control systems via ...a linear discrete-time system and a linearly bounded nonlinear ...semilinear discrete-time ... See full document

14

On the Fuzzy Regulation of Non Linear Discrete-time Systems Affine in the Control

On the Fuzzy Regulation of Non Linear Discrete-time Systems Affine in the Control

... a control law ...and linear unlike the automatic, there is no universal techniques able to present general results for the analysis and synthesis systems and nonlinear controllers ...trajectory ... See full document

8

Internal Multi - Model Control of Non-linear Discrete-time Systems

Internal Multi - Model Control of Non-linear Discrete-time Systems

... using Linear models time-invariant (LTI). The non-linear problems interest the mathematicians and physicists because most physical systems are ...a finite number of independent ... See full document

7

H∞ Finite Time Control for Switched Linear Systems with Time Varying Delay

H∞ Finite Time Control for Switched Linear Systems with Time Varying Delay

... switched systems, because of the complicated behavior caused by the interaction between the continuous dy- namics and discrete switching, the problem of time de- lays is more difficult to study ... See full document

11

Design of a Sliding Mode Controller (SMC) based on Reaching Law

Design of a Sliding Mode Controller (SMC) based on Reaching Law

... the discrete time sliding mode approach is very attractive due to the possibility of easy implementation in digital controllers, and this approach has been developed by several researchers ... See full document

5

On stability zones for discrete time periodic linear Hamiltonian systems

On stability zones for discrete time periodic linear Hamiltonian systems

... the discrete case with the final outcome the migration of the Lia- punov programme (announced or suggested in his early paper) to discrete-time ...the discrete-time ... See full document

13

Region stability of linear stochastic discrete systems with time delays

Region stability of linear stochastic discrete systems with time delays

... discrete systems. New results concerning the region stability of linear stochas- tic discrete systems are ...dynamical systems up to ...crete systems with ... See full document

10

Suboptimal Filter for Multisensor Linear Discrete-Time Systems with Observation Uncertainties

Suboptimal Filter for Multisensor Linear Discrete-Time Systems with Observation Uncertainties

... a linear system with multisensor environment with ...of systems in the structure adaptation [1]-[3], we chose, for this paper, the partition method and Lainiotis-Kalman filter ... See full document

6

New Stability Tests of Positive Standard and Fractional Linear Systems

New Stability Tests of Positive Standard and Fractional Linear Systems

... and discrete-time linear systems without and with delays and of positive 2D linear sys- tems described by the general and the Roesser models have been ...2D linear systems ... See full document

8

Robust l2-l∞ Filtering for Discrete-Time Delay Systems

Robust l2-l∞ Filtering for Discrete-Time Delay Systems

... where 𝑥(𝑘) ∈ R 𝑛 is the state vector; 𝑦(𝑘) ∈ R 𝑚 is the measured output; 𝑧(𝑘) ∈ R 𝑝 represents the signal to be estimated; 𝑤(𝑘) ∈ R 𝑙 is assumed to be an arbitrary noise belonging to 𝑙 2 and 𝜙(𝑘) is a given initial ... See full document

11

Fault Diagnosis of Discrete-Time Linear Systems Using Continuous Time Delay Petri Nets

Fault Diagnosis of Discrete-Time Linear Systems Using Continuous Time Delay Petri Nets

... been decoded to indicate the occurred faults. Similar to [13], in this paper, we constructed a redundant CTDPN in which the markings of places were equal to residuals indicating the occurred faults. In [27], the faults ... See full document

10

1.LYAPUNOV FUNCTIONS FOR H-DICHOTOMY OF LINEAR DISCRETE-TIME SYSTEMS

1.LYAPUNOV FUNCTIONS FOR H-DICHOTOMY OF LINEAR DISCRETE-TIME SYSTEMS

... Among the asymptotic behaviors of linear discrete-time systems an important role is played by the dichotomy property. It was studied in an extensive manner from the point of view of both ... See full document

11

Fuzzy Time Control Modeling Of Discrete Event Systems

Fuzzy Time Control Modeling Of Discrete Event Systems

... inference systems, fuzzy modeling, fuzzy graphs and fuzzy ...automatic control, decision making expert systems, consumer electronics and computer vision etc ... See full document

6

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