discrete systems
Complex Discrete Systems Graph Simulation
... the discrete systems analysis and synthesis frequency methods, Laplace transformation and Laplace discrete transformation as well as other aspects [1, 2, 5, 6, ...
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On the theory of necessary optimality conditions in discrete systems
... of discrete systems, there are many various and important results ([, , –] and others) the issue of necessary opti- mality conditions is still far from being ...of discrete optimal problems. In ...
15
On the shadowing property of nonautonomous discrete systems
... The notion of pseudo-orbits appeared in several branches of dy- namical systems theory, and various types of the shadowing property were presented and investigated extensively, see [1, 4[r] ...
7
Exponential stability of perturbed linear discrete systems
... linear discrete equations with constant complex coefficients and with delay, simple criterions have been derived in [–] (the criteria derived in [] are fully explicit with respect to the ...
20
Periodicity in distribution I Discrete systems
... 2. Periodic random sequences in Banach spaces. Strictly periodic in distribution random sequences, second-order periodic random sequences and their connection between themselves and with stationary sequences are the ...
63
FORMAL TOOLS FOR SIMULATION OF COMPLEX DISCRETE SYSTEMS
... более важных сторон дискретной системы с некоторой заданной точностью и проведение экспериментов на построенной модели для по -.. лучения информации об объекте исследования.[r] ...
6
Examples on Perron effects in autonomous discrete systems
... -dynamical systems in [0, 1) having forward orbits instable in the sense of Lyapunov with negative Lyapunov exponent and forward orbits stable in the same sense, but having positive Lyapunov ...dimensional ...
13
Controlling Unstable Discrete Chaos and Hyperchaos Systems
... In many engineering and other practical problems, chaos is undesirable and therefore needs to be controlled. Thus, a large number of control methods have been developed and are being applied to real systems ...
6
Discrete Controller Design for A Hybrid Three Tank System
... Abstract— Systems in which the dynamical behaviour evolves based on the interaction between the continuous dynamics and the discrete dynamics, present in the system, are called hybrid ...such systems ...
5
Strong stability of discrete-time systems
... in discrete-time, develops numerous necessary and sufficient conditions for three refined strong stability notions and establishes connections between strong stability in the continuous and discrete domains ...
22
Discrete mechanics, “time machines” and hybrid systems
... tally discrete dynamical variable [3, ...such discrete systems becomes ...these systems allow for a particular kind of time machines, namely time reversing ...
14
On ω-limit sets of non-autonomous discrete dynamical system
... classical discrete dynamical system (autonomous discrete dynamical system) was introduced by Block and Coppel ...non-autonomous discrete sys- ...non-autonomous discrete dynamical ...
8
Domination of Discrete Distributed Systems
... discrete systems. We studied firstly the domination for controlled systems in connection with input operators, and then for observed systems and output ...and systems; and also regional ...
10
Time Decomposition for Diagnosis of Discrete Event Systems
... g_to_c, damaged_g_to_c g_to_c, damaged_g_to_c Figure A.3: Customer 1: the state “r_ok_1” means that customer 1 has received a normal glass, and the state “r_damaged_1” means that custome[r] ...
201
Stimuli-SoS: a model-based approach to derive stimuli generators for simulations of systems-of-systems software architectures
... LG - PhD candidate at University of São Paulo at São Carlos. MG - PhD candidate at University of São Paulo at São Carlos. WM - Undergraduate student at University of São Paulo at São Carlos. FO - Full professor of ...
22
Jost Solution and the Spectrum of the Discrete Dirac Systems
... We find polynomial-type Jost solution of the self-adjoint discrete Dirac systems. Then we investigate analytical properties and asymptotic behaviour of the Jost solution. Using the Weyl compact perturbation ...
11
Partial Eigenvalue Assignment in Discrete-time Descriptor Systems via Derivative State Feedback
... Many practical applications such as the design of large and sparse structures, electrical networks, power systems, computer networks, etc., give rise to very large and sparse problems and the conventional ...
10
Input to state stability for parameterized discrete time time varying nonlinear systems with applications
... exact discrete-time model is implied from the stability of the controlled approximate model, and the stability of the sampled-data system follows from the stability of the exact discrete-time models and ...
9
Robust predictive control of constrained systems with actuating delay.
... AP, DAP, and GAP ameliorated these demerits and have shown better steady state response and better robustness to known uncertainties, however, they also fall short in case of unmeasured perturbations. To avoid scattered ...
80
Exact on-event expressions for discrete potential systems
... For a hard sphere system, the pressure is determined solely by the collision rate. In a single component square- well system, there are two independent event rates: the core and bounce rates. The pressure was related to ...
13