linear time-invariant case
Control Theory for a Class of 2D Continuous Discrete Linear Systems
... 1D linear time invariant case) to consider the pole (or spectrum) assignment problem and hence the existence of stabilizing control laws for systems described by (1) which, as one example, can ...
20
About Positivity Properties of Time Invariant Linear Systems Subject to Point Delays
... continuous- time and discrete-time systems and are commonly formulated on the first orthant which is an important case in applications [7–15, 18, ...positive linear systems have been obtained ...
28
On the Stabilization of Linear Time Invariant Systems with Positive Controls
... continuous time system (for scalar input), as real eigenvalues of A are not allowed in the latter ...the linear-quadratic optimal control problem with positive controls is ...explicit case where the ...
78
Active vibration control in linear time-invariant and nonlinear systems
... the case of the hardening cubic nonlinearity, the extended centre manifold linearisation produced very good predictions of the LCO amplitudes in the nonlinear degree of ...the case of the softening cubic ...
208
PP 2010 12: Complete Axiomatization of the Stutter Invariant Fragment of the Linear time mu calculus
... of µ(U) with past tense operators or to the µ-calculus on trees (either finite or infinite). It should be noted, though, that on (especially infinite) trees, there is still no general consensus on the appropriate notion ...
13
Applied Mathematics and Physics
... the invariant dynamical linear operator is very simple and may be useful to solve the Schrödinger equation, in particular in the case of the problem of a harmonic oscillator with a time ...
6
Stabilisation of Linear Time Invariant Systems subject to Output Saturation
... phenomenon is called input saturation, and has been studied extensively for the last couple of years. In general, neglecting input saturation results in a behaviour that is far from optimal. Another possibility is to ...
94
Conditions for convergence of the fundamental matrix of linear time invariant time delayed singular systems
... general case in which a function z F (z) has an infinite but countable set of singularities is also applicable ...of linear time-delayed regular systems in the proof of [6, Theorem ...of linear ...
13
Strong stability of discrete-time systems
... autonomous linear time-invariant (LTI) discrete-time case and derive necessary and sufficient conditions for three refined notions of strong stability in terms of the spectral norm of ...
22
Non parametric linear time invariant system identification by discrete wavelet transforms
... Wavelet analysis [1–4] provides a unifying framework for time–frequency decomposition of signals. It has found important applications in compression [5], denoising [6], transient signal detection [7], adaptive ...
17
On invariant zeros of linear systems of PDEs
... of linear dynamics introduced by Fliess, from the one dimensional (1D) to the multidimensional (nD) ...the invariant zeros of a system, equivalent to the Smith zero description in the 1D case and use ...
23
Gain Scheduling Dual Mode MPC for a Solar Thermal Power Plant
... local linear time-invariant state space models around a family of operating points, the design of corresponding local linear dual mode model-based predictive controllers and the selection of ...
7
Constant-Round Concurrent Zero Knowledge From Falsifiable Assumptions
... simulation time when dealing with non-black-box simulations, but the actual details of the methods are very different: [CLP12] increases the round-complexity to tackle this blow-up, and relies on ideas from the ...
37
Translation invariant linear operators
... The problem is to decide, first, whether or not a linear operator between two function spaces on, say, IR or R+ which commutes with one or many translations on the two spaces is necessar[r] ...
13
Periodic controllers for linear time-invariant systems
... As foreshadowed in Chapter 1, periodic controllers used in conjunction with FDLTI plants can offer a new dimension of flexibility in the design process. To recap, they have been used to achieve equivalent state feedback ...
200
Nonparametric Risk Bounds for Time-Series Forecasting
... to time-series such as AR models, ARIMA models, ARCH and GARCH models (Engle, 1982, 2001), state- space models, and other Box-Jenkins type predictors are not because they are not explicitly regularized, the loss ...
40
Modal Analysis of Body in White
... characterization of this stiffness is needed. The current industrial method for static stiffness determination has several downsides, amongst others its time consuming set-up preparation. Principle objective of ...
6
On the uniform exponential stability of linear time delay systems
... Case C (C ≠ I (i.e., output feedback is used) and the triple (A, B, C) is controllable and observable with rank(B) = q, rank(C) = r , and max(q, r ) ≥ n). Thus, the eigenvalues of (A + BKC) may be prefixed to ...
23
Digital Filter
... in time between the input and the response) due to the associated analog-to-digital and digital-to- analog conversions and anti-aliasing filters, or due to other delays in their ...
5
Developments in PID Controllers: Literature Survey
... of linear time invariant systems such as lower order systems, systems with time delay and higher order oscillatory ...dead time, and oscillatory ...
6