[PDF] Top 20 Solution of second order linear fuzzy difference equation by Lagrange's multiplier method

... the solution procedure for second order linear fuzzy difference equation by Lagrange’s multiplier ...the difference equation are easy to solve, ... See full document

... solutions of the linear Fredholm integro- differential equation of second order currently have been ...numerical solution of the linear Fredholm ... See full document

... One of the basic references in the area of FLP is due to Bellman and Zadeh ...type of FLP that has been considered for this research is the possibilistic programming, that recognizes uncer- tainties ... See full document

... vibration of Euler-Bernoulli beams subjected to the axial ...the equation which is difficult to be found for nonlinear ...Comparison of VIM and PPM with Runge-Kutta 4th leads to highly accurate ... See full document

... Hessenberg-Schur method, for solving a Sylvester equation cannot be ...a solution method, suitable for large and sparse computation, was proposed for the Sylvester-Observer equation ... See full document

... comparison of solution of homogeneous part the equation (2)-(3) with that used by Carroll (1951), this is far much simpler for we do not involve transformations which are not easy to ... See full document

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... made by homotopy perturbation method while taking the advantages of the initial guess, appearance of the embedding parameter, different choices of the linear operator to the ... See full document

... problem of controlling some Chaplygin systems in the framework of the vakonomic approach for nonholonomic ...Equations of motion for these systems are obtained which contain a free parameter that ... See full document

... arithmetic of symmetric trapezoidal fuzzy numbers and a review of formulation of FFLP problem are ...new method is proposed for FFLP problem and in section 4 a numerical example is ... See full document

... Differential-difference equations arise in many fields, such as air permeability in fa- brics [1], inverse heat conduction problem [2], nanoscale heat transfer [3], nanoscale hydro- dynamics [4], thermal ... See full document

... aim of this paper was to present and discuss the results of an intercomparison between two semi-analytical dispersion model, focusing the ability to correctly reproduce WKH FRQFHQWUDWLRQ ¿HOG RI ... See full document

... area of scientific research, which many scientists in the past have studied about mathematical models explaining the wave ...dynamic of wave behaviors–for example, the KdV equation, the RLW ... See full document

... and second fundamental solutions of the multidimensional time-fractional equation of order 2α, α ∈]0, 1], where the two time-fractional derivatives are in the Caputo ...representations ... See full document

... definitions of a system of fuzzy linear equations, consisting of system of tolerance constraints and system of approximate ...simplest method for finding a ... See full document

... appear s t hat c onv er genc e of ( 7a) c annot be ens ur ed i f XR has a c omponent al ong uj or U 2 , For v er y l ar ge v a ­ l ues o f " n" ; c onv er s el y , c onv er genc e o f ( 7a) c ... See full document

... the fuzzy multicommodity flow ...work of Ghatee and Hashemi ...uses fuzzy shortest paths [10] to generate preferred paths and, then, a classical multicommodity flow problem (crisp) is used to determine ... See full document

... Computation of fuzzy eigenvalues and fuzzy eigenvectors of a fuzzy matrix is a challenging ...symmetric solution can help to find the ...eigenvalues by determining the ... See full document

... numerical method for integration of fuzzy functions is ...considered. Fuzzy Newton-Cotes formula, such as fuzzy trapezoidal method and fuzzy Simpson method are ... See full document

... hybridization of parental clones, followed by selection from a large population of ...numbers of crosses have been used for producing seedlings for selection, the promising clones (assuming ... See full document