1) Then for higher order chaotic discrete-time system, the approach discussed can be degraded to one order difference equation. As a result, chaotic discrete-time system can be easily solved by Matlab.

2) By using discrete-time lifting technique the multirate discrete-time system was reduced to a single-rate system.

3) According to a class of discrete-time system, a variable structure control design method is considered.

4) A kind of linear discrete-time system with multirate control setting was studied and a controller design method was presented for the system.

5) In determining the initial condition of the discrete-time system,(http:///discrete-time system.html) there are some fuzzy areas.

6) The working pattern of discrete-time system is flexible, but it need A/D and D/A, which make that system work slowly.

7) This paper studied the robustness problem of discrete-time system with parametric perturbations and whose state and control vectors are all constrained.

8) The globally attractiveness of the corresponding discrete-time system is studied too.

9) The finite time control problem for a class of linear discrete-time system with time-varying norm-bounded exogenous disturbance is discussed.

10) The simulation results show that the formula also be applicable to calculate the SNR in discrete-time system.

11) It is regretted that most of wavelet transform is based on discrete-time system.

12) The key idea is to reduce the global stability problem to the asymptotic stability of an uncertain discrete-time system.

13) With the aid of discrete Du's Transformation(), we can solve the zero-state response of a discrete-time system usually described by a linear difference equation.

14) In this paper, the problems of the model reduction and the design of optimal output feedback matrix are discussed for linear stochastic discrete-time system.

15) The paper developed a saturated state feedback for stabilization of feedforward discrete-time system, whose linear approximate system is critically stable.

16) The paper analyzed and designed class of robust variable structure controllers for the uncertain discrete-time system.

17) Under the assumption of the network induced time-delays being unknown, a discrete-time system with model uncertainty is used to describe the dynamic behavior of the NCS.

18) This paper discusses the determination of the initial condition of the unit impulse response of the discrete-time system.

19) The paper analyzed and designed a class of robust variable structure controllers for the uncertain discrete-time system.

20) The problem of guaranteed cost decentralized control for an interconnected bilinear stochastic discrete-time system with finite Markovian jump is investigated.