[PDF] Top 20 Reduced Order Models for Open Quantum Systems
Has 10000 "Reduced Order Models for Open Quantum Systems" found on our website. Below are the top 20 most common "Reduced Order Models for Open Quantum Systems".
Reduced Order Models for Open Quantum Systems
... In classical, deterministic analysis, the integral can be defined as the sum of intervals, and in the limit of infinitesimal intervals, it does not matter whether we have chosen at each interval to use the function value ... See full document
88
Model order reduction of SISO and MIMO systems using particle swarm optimization
... model order reduction technique for a linear time invariant higher order using Particle swarm optimization (PSO) ...of reduced order system by minimizing the Integral Square Error (ISE) ... See full document
10
Reduced-order modelling of parametric systems via interpolation of heterogeneous surrogates
... We do not even assume that the local surrogates that we interpolate are obtained from the same approach—we can employ a mixture of surrogate models obtained by any of the methods listed above. A particular ... See full document
33
Thermodynamics of Quantum Causal Models: An Inclusive, Hamiltonian Approach
... Operational quantum stochastic thermody- namics is a recently proposed theory to study the thermodynamics of open systems based on the rigorous notion of a quantum stochastic pro- cess or ... See full document
15
On some reduced order models for packed separation processes
... An interesting alternative is to use the tridiagonal method to calculate the compositions but a new direct procedure to evaluate temperatures avoiding the iterative bubble-point temperature determination. This procedure, ... See full document
258
Evaluation of seismic reduced-order models for auxiliary buildings
... as systems for radioactive waste, chemical and volume control, and emergency cooling (NRC ...accurate reduced-order models (ROMs) are needed due to the computational challenges of ... See full document
10
Making rare events typical in Markovian open quantum systems
... in open quantum systems. Our results here open up the possibility of tailoring open quantum systems in order to obtain a desired statistics of emissions on ... See full document
6
Epidemic dynamics in open quantum spin systems
... an open many-body system which displays epidemic spreading dynamics in a classical and a quantum ...These systems approximately implement open quantum versions of models for ... See full document
20
Evaluation of System Parameters on Electrical Machine Bearings through Reduced order models
... Drive systems engineers typically concern themselves with the distribution of developed motor torque. An analysis of mechanical components (e.g., motor bearings) seldom is of interest. However, the presence of ... See full document
8
Random matrix approaches to open quantum systems
... interacting systems, where the dynamics becomes particularly interesting when one considers low dimen- sions (Cardy, 1996; Sachdev, ...such systems ther- malize (Anderson, 1958; Deutsch, 1991; Srednicki, ... See full document
67
PEBL-ROM: Projection-error based local reduced-order models
... model order reduction (MOR) using local subspaces is becoming an increasingly important topic in the context of the fast simulation of complex nonlinear ...compact reduced subspaces is illustrated by ... See full document
25
Reduced-order model design for nonlinear smart system models
... Proper Orthogonal Decomposition (POD), also known as the Karhunen-Loeve procedure, is a basis reduction method that is quite popular among those seeking to implement real-time control on smart material structures (see ... See full document
8
Quantum Control of Open Systems and Dense Atomic Ensembles
... of quantum systems undergo an order-disorder phase ...design quantum mechanical enhancement for solar cell ...true quantum optical ...the quantum ensemble rapidly becomes ... See full document
173
Reduced order modelling of parameter dependent linear and nonlinear dynamic PDE models
... The empirical interpolation method interpolates the nonlinear function at selected spatial locations using an empirically derived basis, and is applied directly to the governing PDE [7], while the discrete empirical ... See full document
24
Dynamics and simulation of open quantum systems
... We investigate the behavior of a simple non-Markovian process in order to understand how to con- struct a generic approach for real-time, open-system dynamics. The process we consider is amplitude damping ... See full document
177
An Empirical Review And Analysis of Reduced-Order Combustion Models for Turbulent Reacting Flows
... a reduced-order combustion model that can accurately reproduce real systems ...create systems that can explain turbulent chemical ...of systems and reduce the number of dimensions with ... See full document
12
Quantum retrodiction in open systems
... the reduced retrodictive density oper- ator and the operation of the preparation device, we can calculate the retrodictive preparation probabilities by a formula of the same form (30) as for a closed ...the ... See full document
12
Quantum trajectories and open many-body quantum systems
... many open questions, ranging from specific questions such as the effect of spontaneous emissions on dynamical processes used to prepare states with cold atoms in optical lattices, to broader questions such as to ... See full document
66
Thermodynamic length in open quantum systems
... for systems that evolve under a Lindblad master equation, in such a way that geodesics correspond to minimally- dissipative paths in the quasistatic ...and quantum thermodynamic uncertainty relations [42, ... See full document
22
Open quantum systems are harder to track than open classical systems
... involving quantum transport with feedback, which alleviates some of the ...in quantum simulations. A generic quantum trajectory, which involves periods of non-trivial continuous evolution, will ... See full document
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