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Operations Research, 1990
Assume that we wish to generate two samples of n independent identically distributed random variables, (X1,…, Xn) and (Y1,…, Yn), where X1 and Y1 have densities f and g, respectively. If these samples are used in a simulation, and f is close to g, it is sometimes desirable to have close simulation results.
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Assume that we wish to generate two samples of n independent identically distributed random variables, (X1,…, Xn) and (Y1,…, Yn), where X1 and Y1 have densities f and g, respectively. If these samples are used in a simulation, and f is close to g, it is sometimes desirable to have close simulation results.
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Coupled Aquifer‐Borehole Simulation
Groundwater, 2009A model coupling fluid hydraulics in a borehole with fluid flow in an aquifer is developed in this paper. Conservation of momentum is used to create a one‐dimensional steady‐state model of vertical flow in an open borehole combined with radially symmetric flow in an aquifer and with inflow to the well through the wellbore screen.
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MpCCI—a tool for the simulation of coupled applications
Concurrency and Computation: Practice and Experience, 2005AbstractMany industrial and scientific applications are characterized by the interaction of different disciplines, such as fluid–structure interactions. For the individual disciplines sophisticated and validated solvers exist. This paper describes basic ideas, implementation details and application of MpCCI (mesh‐based parallel code coupling interface),
Wolfgang Joppich, M. Kürschner
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Coupled chaotic simulated annealing processes
Proceedings of the 2003 International Symposium on Circuits and Systems, 2003. ISCAS '03., 2003In this paper we formulate methods of chaotic simulated annealing within the context of coupled local minimizers. Interpreted within the cellular nonlinear networks context, coupled local minimizers consider local optimization algorithms as cells with local connections between the cells.
Johan A. K. Suykens +2 more
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QDEVS natural coupled simulation of a microgrid
IECON 2015 - 41st Annual Conference of the IEEE Industrial Electronics Society, 2015Simulation is a fundamental tool for the design of next generation power systems. At the same time, existing simulation methods are inadequate to tackle the complexity of such systems. In this paper we present a simulation approach based on the combination of Quantized Discrete Event System Specification (QDEVS) and the Latency Insertion Method (LIM ...
Andrea Benigni +3 more
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Holistic Coupled Field and Circuit Simulation
Proceedings of the 2016 Design, Automation & Test in Europe Conference & Exhibition (DATE), 2016Circuit simulators used in semiconductor industry are based on lumped element models described in form of net lists. In order to be able to incorporate the mutual electromagnetic influence of neighboring elements (e.g. cross talking), one needs refined models based on a sufficiently exact discretization of the full Maxwell equations. Here, we present a
Wim Schoenmaker +3 more
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Coupling Simulation for electrical resistance tomography
2016 IEEE International Conference on Imaging Systems and Techniques (IST), 2016The performance of electrical resistance tomography (ERT) system is usually investigated by numerical simulation or static tests using some simple phantoms. The objective of this paper is to construct a coupling simulation model for ERT. In this model, the distribution information of multi-phase flow is exchanged between the fluid field and electric ...
Yang, Wuqiang; id_orcid 0000-0002-7201-1011 +4 more
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Simulation of Coupled PDAEs: Dynamic Iteration and Multirate Simulation
2015This chapter investigates the error transport in dynamic iteration schemes for coupled DAE systems. The essential theory is developed in detail. Then the results are applied to various coupled systems stemming from applications in electrical engineering.
ALI', Giuseppe +4 more
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Mathematical Analysis of Coupled Parallel Simulations
Physical Review Letters, 2001Physical Review ...
M R, Shirts, V S, Pande
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Coupling Problems in Microelectronic Device Simulation
1995The cost-effective design of electronic microstructures requires an advanced modeling and coupled simulation of various physical effects. The classical isothermal approach leads to the basic drift-diffusion model for semiconductor device simulation. In the stationary case, it represents a coupled nonlinear system consisting of a Poisson equation for ...
Hiptmair, R. +2 more
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