... 1 10 DiscreteTimeandSampledDataSystems 2.1 DiscreteTimeSystems 2.2 SampledDataSystems 2.3 Stability of DiscreteTimeSystems 2.4 Stability of SampledDataSystems ... relation between sampleddatasystemsanddiscretetimesystems in Sect 2.2, the derivation of continuous time stability properties from their discretetime counterparts in Sect 2.4 and Remark 4.13, ... K.: Numerical Data Fitting in Dynamical Systems Applied Optimization, vol 77 Kluwer Academic, Dordrecht (2002) Chapter DiscreteTimeandSampledDataSystems 2.1 DiscreteTimeSystems In this...
... macroscopic subsystems known as compartments The range of applications of nonnegative systemsand compartmental systems includes pharmacological systems, queuing systems, stochastic systems whose ... ecological systems, economic systems, demographic systems, telecommunications systems, and transportation systems, to cite but a few examples Due to the severe complexities, nonlinearities, and uncertainties ... 0.1, γ1 0.1, and initial conditions x 2, T and W 0, , T ∈ R12 , Figure shows the state trajectories versus timeand the control signal versus time Neuroadaptive control for discrete- time nonlinear...
... Halanay and Vl R˘ svan, Stability and boundary value problems for discrete- time linear Hamila tonian systems, Dynamic Systemsand Applications (1999), no 3-4, 439–459, (Special Issue on Discreteand ... stability for discrete- time Hamiltonian systems is not without interest On the other hand, not all results of the continuous -time fields may migrate, mutatis mutandis, to the discrete- time field In ... periodic and skew-periodic boundary value problems and, further, the discrete- time parametric resonance 12 Stability zones for discrete Hamiltonian systems References [1] C D Ahlbrandt and A C...
... distribution and/ or absence of ties between ordered failure times [6] Instead, grouped survival data (discrete survival time) models introduced by Prentice and Gloeckler [7] can be used Grouped data ... using continuous timeand grouped data models in Large White and Landrace sows were examined Risk of culling associated with length of productive life was influenced by all fixed and random effects ... the Weibull model were used Genetic models and heritability computation For both Large White and Landrace databases, the same structure of fixed and random effects was used All models accounted...
... process data are typically available only at discretetime instants, and it is sometimes more convenient to model processes in discrete- time for ease of control design Thus, adaptive control and NN ... adaptive control of linear continuous -time systems, there are lots of counterpart results for linear discrete- time systems, adaptive control of nonlinear discrete- timesystems have been considerately ... in discrete- time As a matter of fact, many techniques developed for continuous -time systems cannot be applied in discrete- time, especially when the systems to be controlled are nonlinear Discrete- time...
... energy systems analysis, thermal and physical processes and equipment, internal combustion engines, utilization of renewable energy sources and de-pollution systemsand technology for industrial and ... cooling demands is 28.5% and for Thessaloniki 13.2% Obviously, directly proportional to the energy demand for heating and cooling is the fuel (diesel oil) and electricity consumption and hence ... demand [1] or for estimating bin dataand heating and cooling degree-days at any base [2, 10, 11] Table shows the monthly and yearly average ambient dry-bulb temperatures for the two cities and...
... distribution, and reproduction in any medium, provided the original work is properly cited 30 Advances in DiscreteTimeSystems Advances in DiscreteTimeSystems is used for time- delay systems In ... Generalized H2 Control for Discrete- Time Fuzzy Systems with Infinite-Distributed Delays 53 Jun-min Li, Jiang-rong Li and Zhi-le Xia Section Nonlinear Systems 75 Chapter Discrete- Time Model Predictive ... Fu and Magdi S Mahmoud Chapter Stability Analysis of Nonlinear Discrete- Time Adaptive Control Systems with Large Dead-Times - Theory and a Case Study 117 Mario A Jordan, Jorge L Bustamante and...
... Lipschitz Discrete- TimeSystems with Time- Delay 19 Ali Zemouche and Mohamed Boutayeb Chapter Distributed Fusion Prediction for Mixed Continuous -Discrete Linear Systems 39 Ha-ryong Song, Moon-gu Jeon and ... of Discrete- time LTI Systems: Scaling LMI Approaches 141 Jun Xu Chapter 10 DiscreteTime Mixed LQR/H ∞ Control Problems Xiaojie Xu Chapter 11 Robust Control Design of Uncertain Discrete- TimeSystems ... Rohr Damián Marelli, and Minyue Fu Chapter Kalman Filtering for DiscreteTime Uncertain Systems Rodrigo Souto, João Ishihara and Geovany Borges Part Chapter Chapter Discrete- Time Fixed Control...
... Design for a Class of Lipschitz Discrete- TimeSystems with Time- Delay and M (K1 , , Kq ), Σ, Υ are defined in (49), (53) and (55) respectively Using the Schur Lemma and the notation R = L T P, the ... for discrete- timesystems was presented in (Song et al 2009) In this paper, we generalize the results of (Song et al 2009) on mixed continuous -discrete systems The continuous -discrete 40 Discrete ... monotone nonlinearities, Systemsand Control Letters 50: 319–330 38 DiscreteTimeSystems Germani, A., Manes, C & Pepe, P (2002) A new approach to state observation of nonlinear systems with delayed...
... ⎥ ⎥ ⎦ O O O 68 DiscreteTimeSystems Conclusion In this chapter, we considered discrete- time linear stochastic systems with unknown inputs (or disturbances) and studied three types of ... in Shi et al (2010) 72 DiscreteTimeSystems This chapter investigates the behavior of the Kalman filter for discrete- time linear systems whose output is intermittently sampled To this end we ... Maryland Chang, K C.; Saha, R K & Bar-Shalom, Y (1997) On Optimal track-to-track fusion, IEEE Transactions on Aerospace and Electronic Systems, Vol 33, No 4, pp 1271–1275 52 DiscreteTime Systems...
... to define a data vector or a data set (1) (2) 96 DiscreteDiscreteTimeSystemsTimeSystems where xk ∈ R nx is the state vector, yk ∈ R ny stands for the output vector and wk ∈ R nx and vk ∈ R ... Filtering for DiscreteTime Uncertain Systems Kalman Filtering for DiscreteTime Uncertain Systems where Wk , Vk and X0 denotes the noises and initial state covariance matrices and Sk stands for the ... ΔDv,k , (19) 98 DiscreteDiscreteTimeSystemsTimeSystems where Bw,k , Bv,k , Dw,k and Dv,k denote the nominal matrices Their uncertainties are represented by ΔBw,k , ΔBv,k , ΔDw,k and ΔDv,k respectively...
... communications, aerospace systems, financial engineering and so on Such systems are classified into continuous -time [Boukas (2006); Dragan & Morozan (2004); Mariton (1990); 112 DiscreteTimeSystems Souza ... continuousand discrete- time linear time- varying systems by a game theoretic approach [Cohen & Shaked (1997); Shaked & Souza (1995)] Recently the author has extended their theory to linear impulsive systems ... tracking problems with preview by state feedback and output feedback for linear discrete- time Markovian jump systems on the finite time interval and derive the forms of the preview compensator...
... similar to Theorem 156 DiscreteTimeSystems Theorem The discrete- time system (67)-(69) is stabilized by (3) and satisfies H∞ , if there exist a matrix P > defined in (8) and R, such that ⎧ ⎨ (Θ1 ... generate 5000 stabilizable and detectable systems of dimension n = 4(6, 6, 6, 7, 7), m = 2(3, 1, 5, 4, 3) and l = 2(3, 5, 1, 3, 4) Output Feedback Control of Discrete- time LTI Systems: Scaling LMI ... linear discrete- time systems, IEEE Trans on Automatic Control 50(2): 250–254 Bara, G I & Boutayeb, M (2006) A new sufficient condition for the output feedback stabilization of linear discrete- time systems, ...
... continuous -time delay systems In addition, most results have focused on state feedback stabilization of discrete- timesystems with time- varying delays Only a few results on observer design of discrete- time ... uncertain discrete- timesystems with time- varying delays have given in the literature In this paper, we consider the stabilization for a nominal discrete- time system with time- varying delay and robust ... Uncertain Discrete- Time Singular Systems with Time- Delays, Journal of Computational and Applied Mathematics, Vol.217, 194-211 [11] Mahmoud, M.S (2000) Robust Control and Filtering for Time- Delay Systems, ...
... for modeling continuous -time and discrete- time systems, respectively Even some concepts for discrete- timesystems have very different meaning from those for continuous -time systems, e.g., the “relative ... nonlinear uncertainties in discrete- time As a matter of fact, unlike in continuous -time systems, it is much more difficulty in discrete- timesystems to deal with 208 DiscreteTimeSystems nonlinear uncertainties ... defined for continuous -time and discrete- timesystems have totally different physical explanations Cabrera & Narendra (1999) Therefore, nonlinear adaptive control of discrete- timesystems needs to...
... errors, random noise, communication limits, time delay, and so on, may exist in multi-agent systems Especially, the decentralized adaptive control problems for the discrete- time multi-agent systems ... technical difficulties due to the nature of discrete- timesystemsand lack of mathematical tools for analyzing stability of discrete- time nonlinear systems In this chapter, within a unified framework ... http://dx.doi.org/10.1080/00207170701218333 254 DiscreteTimeSystems Ma, H B (2008b) An “impossibility” theorem on a class of high-order discrete- time nonlinear control systems, Systems & Control Letters 57(6):...
... discrete- timesystems with time varying delay in the state In these papers above the time- varying delay of discretesystems is assumed to be unique in state variables On the other hand, in practice ... equilibrium point and its magnitude depends on the upper bounds of the measure noises and on the sampling time This signalizes the quality of the control performance 278 DiscreteTimeSystems fV (N) ... control of discretesystems with time- varying delays has been researched extensively in the last few decades Especially in recent years there are increasing interests in discrete- timesystems with...
... of uncertain time- delay systems, Proceedings of IEEE International Symposium on Circuits and Systems, vol 4, Kobe, pp 3407-3050 294 DiscreteTimeSystems Chang, Y C., Su, S F., and Chen, S S ... have been proposed for discrete- time singular systems with time- invariant delay Discrete- time switched systems with delayed state have been studied by Hetel et al (2008) and Ibrir (2008) The former ... of discrete- timesystems with time- varying state delay, IEE ProceedingsControl Theory and Applications 151, no 6, 691-698 Guan, X, Lin, Z and Duan, G (1999) Robust guaranteed cost control for discrete- time...
... ≥ Hence, the grey discretetime system (1) is asymptotically stable by Lemma 2.1 Grey discretetimesystems with time- delay Considering the grey discretetime system with a time- delay as follows: ... Journal of Computational and Applied Mathematics 217: 194–211 326 DiscreteTimeSystems Mao, W.-J & Chu, J (2009) D -stability and D -stabilization of linear discrete time- delay systems with polytopic ... grey discretetimesystems with time- delay is proposed in this article The proposed stability criteria are simple 328 DiscreteTimeSystems to be checked numerically and generalize the systems with...