The velocity vof resonant tunneling electrons in finite periodic structures is analytically calculated in two ways. The first method is based on the fact t... NM Wereley,SR Hall 被引量: 0发表: 1991年 STATE/SIGNAL LINEAR TIME-INVARIANT SYSTEMS THEORY, PART III: TRANSMISSION AND IMPEDANCE REPRESE...
Several methods for analysis of linear time periodic (LTP) systems have successfully been demonstrated using harmonic decompositions. One method recently examined is to create a linear time invariant (LTI) model approximation by expansion of the LTP system states into various harmonic state ...
In this paper, we study convergence of truncated representations of the frequency-response operator of a linear time-periodic system. The frequency-response operator is frequently called the harmonic transfer function. We introduce the concepts of input, output, and skew roll-off. These concepts are...
Bittani, S., Bolzern, P.: Discrete-time linear periodic systems: Gramian and modal criteria for reachability and controllability. Int. J. Control 41 , 909–928 (1985) MathSciNet MATHS. Bittanti and P. Bolzern, "Discrete-time linear periodic sys- tems: Gramian and modal criteria for ...
In this paper satisfactory control for discrete-time linear periodic systems is studied. Based on a suitable time-invariant state sampled reformulation, periodic state feedback controller has been designed such that desired requirements of steady state covariance, H-infinity rejection bound and regional ...
3) time-periodic system 周期时变系统 例句>> 4) linear periodic systems 线性周期系统 1. Robust state estimation with desired indices of a class oflinear periodic systems; 期望指标下一类线性周期系统鲁棒状态估计 5) Linear periodic system 线性周期系统 ...
MPC of constrained discrete-time linear periodic systems — A framework for asynchronous control: Strong feasibility, stability and optimality via periodic... N. Jones. MPC of constrained discrete-time linear periodic systems - a framework for asynchronous control: Strong feasibility, stability and ...
Consider the discrete-time system shown in Fig. 1 with the nominal system G and the uncertainty Δ. We assume that G is a q1-input q2-output, internally stable, finite-dimensional (FD) LPTV system with period N (i.e., an N-periodic system), where N∈N. We assume that Δ∈Δ for...
In this chapter we study the periodic (that is, torsion) subgroups of GL(n, F). For most of the chapter we are interested in the conjugacy of the maximal π-subgroups in various situations. For example we prove extensions of the Sylow and Schur-Zassenhau
We present a generalization of Bode's integral formula for discrete-time linear periodic systems. It is shown that similar to the classical Bode's integral formula, the sensitivity integral for a discrete-time linear periodic system depends only on the open-loop dynamics; in particular, on the ...