discrete-time dynamical systems
Thermodynamic modeling, energy equipartition, and nonconservation of entropy for discrete time dynamical systems
... large-scale dynamical sys- tem that is consistent with the classical thermodynamic definition of entropy and show that it satisfies a Clausius-type inequality leading to the law of entropy ...large-scale ...
44
Vector dissipativity theory for discrete time large scale nonlinear dynamical systems
... large-scale discrete-time dynamical systems are shown to be de- termined from the dissipativity properties of the individual subsystems and the nature of their ...of ...
30
DA via Markov modeling is that the estimated DA is actually
... in dynamical systems have both discrete-time and continuous-time ...of discrete-time dynamical systems are easier to formulate, we focus on the ...
5
Neural Network Adaptive Control for Discrete Time Nonlinear Nonnegative Dynamical Systems
... nonnegative dynamical systems are compartmental systems ...Compartmental systems involve dynamical models that are characterized by conservation laws ...nonnegative systems and ...
29
Local dynamics of a three-dimensional host-parasite model
... a discrete dynamical systems [2,3,8]. Discrete-time models are actually more reasonable than the continuous time models when populations have non-overlapping genera- ...the ...
19
A weak bifucation theory for discrete time stochastic dynamical systems
... from time series of length 4000 from the symmetric hyperbolic tangent map given in equation (8) for different parameter ...longer time series (along with smaller bandwidths for the smoothers) are required ...
36
On nonautonomous discrete dynamical systems driven by means
... with time-invariant (au- tonomous) dynamical ...to time-variant (nonautonomous) dynamical systems driven by ...of time accounts for environmental fluctuations, seasonal change, ...
7
Time dependent dynamical systems and geophysical flows
... of dynamical systems theory, Eq. 1.2 is a time-dependent Hamiltonian vector field where the streamfunction plays the role of the Hamiltonian ...is time-periodic, then the study of ...uous ...
165
Integrated optimal control and parameter estimation algorithms for discrete time nonlinear stochastic dynamical systems
... in discrete-time based on the principle of model-reality ...of discrete-time nonlinear optimal control problems, both for deterministic and stochastic cases, based on the proposed modified ...
60
Harmonic Analysis in Discrete Dynamical Systems
... In 1997 the PRM harmonics and PRM antiharmonics were introduced to contribute to the ordering of 1D quad- ratic maps [12]. The search of order in chaos, and more specifically in 1D quadratic maps, was early carried out ...
18
Discrete mechanics, “time machines” and hybrid systems
... of time as a fundamen- tally discrete dynamical variable [3, ...such discrete systems becomes ...these systems allow for a particular kind of time machines, namely ...
14
On monotonicity of solutions of discrete time nonnegative and compartmental dynamical systems
... compartmental dynamical systems typi- cally represent masses and concentrations of a physical process, it is of interest to deter- mine necessary and su ffi cient conditions under which the system states ...
11
Stability Criterion for Discrete Time Systems
... Remark 3.2. Theorem 3.1 gives a sufficient condition for stability criterion for discrete-time systems 3.1. These conditions are described in terms of certain diagonal matrix inequalities, which can be ...
6
Lyapunov-Max-Plus-Algebra Stability in Predator-prey Systems Modeled with Timed Petri Net
... A Petri net is a mathematical modelling tool which can be applied to represent the state evolution of the discrete event systems. Petri net is called autonomous if every transition in this Petri net has at ...
5
Shadowing of weakly pseudo hyperbolic pseudo orbits in discrete dynamical systems
... We are now interested in sharpening some o f the results obtained by Ka- tok (Kat80). In section 4 o f K atok ’s paper, he essentially proves three things. Firstly, in Theorem 4.1, generalizes a result originally proven ...
204
Strong stability of discrete-time systems
... continuous- time case. Section 3 defines the notion of strong stability in discrete-time, develops numerous necessary and sufficient conditions for three refined strong stability notions and ...
22
Strong stability of discrete-time systems
... Permanent repository link: http://openaccess.city.ac.uk/14863/ Link to published version: http://dx.doi.org/10.1016/j.laa.2011.09.024 Copyright and reuse: City Research Online aims to ma[r] ...
6
Methods for determination and approximation of the domain of attraction in the case of autonomous discrete dynamical systems
... [3] E. Kaslik, A. M. Balint, A. Grigis, and St. Balint, An extension of the characterization of the domain of attraction of an asymptotically stable fixed point in the case of a nonlinear discrete dynamical ...
15
DU Syllabus _EEE (NEW).pdf
... Equation, Time Dependent Schrodinger ’ s Equation, Expectation Values, Steady state Schrodinger ’ s Equation, Linearity and Superposition, Operators, Particle in a box, Reflection and Transmission by a barrier, ...
36
Time Decomposition for Diagnosis of Discrete Event Systems
... The original diagnosability verification algorithm proposed by Sampath et al. [1995] relies on the construction of a diagnoser. The computational complexity of such a construction requires exponential time w.r.t. ...
201