Numerical Approximation of the Model
Numerical approximation of the fractional HIV model using the meshless local Petrov–Galerkin method
... HIV model; Meshless local Petrov–Galerkin method 1 Introduction There are currently many countries where people are infected by the human immunode- ficiency virus ...simple model for primary infection with ...
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Numerical Approximation to Spherical Functions by Regularization method
... squares model with rotationally invariant regularization operators. This model includes a series of least squares model, such as spherical polynomial interpolation, hyperinterpolation and filtered ...
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Sensitivity Analysis of SAR Estimators A numerical approximation
... the approximation with respect to the difference of the covariance ...Taylor approximation with respect to ρ in the SAR model and to measure the difference of the LS estimator, which is non-linear ...
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Multiscale expansion and numerical approximation for surface defects⋆
... a model case, it has been shown that the first corrector consists of a profile, ...a numerical method based on a superposition of the unperturbed solution and the ...the numerical analysis of the ...
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Numerical approximation of P-systems with Coulomb frictional damping
... A model is described in detail in Section ...problem. Numerical results are discussed in Section ...classical model of stress distribution proposed by Janssen in 1895 [16] described in Section ...
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Numerical Approximation of Solutions to Stochastic Partial Differential Equations and Their Moments
... Many models in, e.g., finance, biology, physics, and social sciences are based on ordinary or partial differential equations. In order to improve their applica- bility to the reality, one has to take uncertainties, such ...
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A parallel tool for numerical approximation of 3D electromagnetic surveys in geophysics
... Dipole current 1 C/m Dipole frequency .1 ω In order to meet the high computational cost of EFEM for EM fields in geophysical applications, actually our code is based on a shared memory parallel model defined by ...
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A numerical study of fractional order reverse osmosis desalination model using Legendre wavelet approximation
... fractional model. Numerical method of Legendre wavelets associated with the decoupling and quasi-linearization technique was applied to solve equations of mass ...of model predictions with ...
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Spline approximation of thin shell dynamics - numerical examples
... shell model is employed with the specic equations and boundary conditions dictated by the application or experimental ...the approximation method must be exible with respect to boundary conditions and ...
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Numerical treatment of nonlinear model of virus propagation in computer networks: an innovative evolutionary Padé approximation scheme
... form numerical solution of the model by solving the developed optimization ...The numerical results of EPA are compared with finite difference schemes like fourth order Runge–Kutta (RK-4), ODE45 and ...
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Propagation of the measurement uncertainty for the numerical reconstruction of holograms in Fresnel approximation
... the numerical evaluation of the Fresnel integral, understood as a linear function of the values in the digital ...noise model adopted in the EMVA 1288 camera characterization ...
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Hubbard model as an approximation to the entanglement in nanostructures
... Hubbard model with the ones from the quantum well system for different interwell distances, chain length, and Coulomb interaction ...our numerical results come to these analytical ...
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Fractional order Riccati differential equation: Analytical approximation and numerical results
... Padé approximation; Riccati equation 1 Introduction In recent years, it has turned out that many phenomena in biology, chemistry, acoustics, control theory, psychology and other areas of science can be fruitfully ...
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Numerical algorithms for curve approximation and novel user oriented interactive tools
... 4.2 Sketch curve style Up to now, the “de facto” curve style standard for aesthetic design is free- hand sketching. It is widely regarded as an efficient and natural way for the interaction between computers and humans. ...
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Numerical approximation for integral equations
... ELIAS DEEBA and SHISHEN XIE Received 15 July 2003 A numerical algorithm, based on a decomposition technique, is presented for solving a class of nonlinear integral equations. The scheme is shown to be highly ...
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Numerical approximation of Sturm-Liouville eigenvalues
... This thesis examines some numerical methods for approximating a long sequence of eigenvalues of Sturm-Liouville problems. The aim is to analyse the convergence of [r] ...
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Extraction and Approximation of Numerical Attributes from the Web
... mated numerical attribute acquisition could be a preferable option and provides excellent coverage in comparison to handcrafted resources or man- ual examination of the leading search engine re- ...
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Approximation of the Stieltjes Integral and Applications in Numerical Integration
... APPLICATIONS IN NUMERICAL INTEGRATION P. CERONE AND S.S. DRAGOMIR Abstract. Some inequalities for the Stieltjes integral and applications in nu- merical integration are given. The Stieltjes integral is ...
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Numerical Approximation of Flows in Random Porous Media
... efficient numerical schemes to successfully tackle problems arising from the study of groundwater flows in a porous saturated medium; we deal therefore with partial differential equations(PDE) having random ...
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Numerical approximation of poisson problems in long domains
... In method 2 we use u M 2 1 as starting value of the iteration which is then successively refined by approximating the residual in each step with a series of L 2 best approximations. In Table 2 we state the relative ...
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