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A numerical solution of Burgers' equation
Applied Mathematics and Computation, 2004zbMATH Open Web Interface contents unavailable due to conflicting licenses.
E. N. Aksan, A. Özdes
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Numerical Solutions in Remote Sensing
Applied Optics, 1975Several aspects of the behavior of Fredholm integral equations are examined in this paper. It is shown that collocation methods are better in general than least squares methods in linear approaches. The amplification of random noise inherent to the numerical inversion of the equation puts an upper limit to the information content of an ill-conditioned ...
J Y, Wang, R, Goulard
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Numerical behaviour of Toeplitz solutions
International Conference on Acoustics, Speech, and Signal Processing, 2003The numerical behavior of the order-recursive algorithms for the solution of a number of typical Toeplitz systems is studied. Use is made of a novel methodology that gives a direct interpretation of the positive definiteness that leads to the explicit computation of the minimum absolute bounds of the 1-step and l-step-ahead linear predictors.
Constantin Papaodysseus +2 more
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The Numerical Solution of a Bifurcation Problem
SIAM Journal on Numerical Analysis, 1977For a completely continuous nonlinear equation $\lambda x = \mathcal{K}(x)$ with $\mathcal{K}(0) = 0$, approximate equations $\lambda x_n = \mathcal{K}_n (x_n )$, with $\mathcal{K}_n (0) = 0$, are analyzed. The family $\{ {\mathcal{K}_n } \}$ is collectively compact and pointwise convergent to $\mathcal{K}$. The existence and convergence of bifurcating
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Numerical Solution of Markov Chains
Numerical Linear Algebra with Applications, 2011SUMMARYThis special issue contains a selection of papers from the Sixth International Workshop on the Numerical Solution of Markov Chains, held in Williamsburg, Virginia on September 16–17, 2010. The papers cover a broad range of topics including perturbation theory for absorbing chains, bounding techniques, steady‐state and transient solution methods,
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A Numerical Solution for Wootters Correlation
2014This paper describes QDsim, a parallel application designed to compute the quantum concurrence by calculating the Wootters correlation of a quantum system. The system is based on a two-level two quantum dots inside a resonant cavity. A Beowulf-like cluster was used for running QDsim.
Abdul Hissami +2 more
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Numerical Solutions by the Continuation Method
SIAM Review, 1973Summary: The continuation method is developed with a special emphasis on its suitability for numerical solutions on fast computers. Four problems are treated in detail: finding roots of a polynomial, boundary value problems of nonlinear equations, identification of parameters and eigenvalue problems of linear ordinary differential operators.
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A NUMERICAL SOLUTION OF THE PROBLEM OF MOMENTS
Biometrika, 1947Hartley, H. O., Khamis, D. H.
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Traveling wave solutions and numerical solutions of Gilson–Pickering equation
Results in Physics, 2021khalid K. Ali, M S Mehanna
exaly