numerical solutions
Numerical solutions for a class of SPDEs over bounded domains
... Numerical solutions to the filtering equation has attracted intensive research effort recently. One of the methods is to use the interacting particle system approximation. A direct Monte-Carlo approximation ...
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Convergence rate of numerical solutions to SFDEs with jumps
... in numerical solutions of stochastic functional differential equations with ...Euler–Maruyama numerical solutions to stochastic functional differential equations with jumps has order 1 / p for ...
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Numerical Solutions of the Modified Burger’s Equation using FTCS Implicit Scheme
... Table III presents the absolute error between exact and numerical solutions for problem B1 with ∆t = ∆x = 0.05 and the graphs of an exact and numerical solutions are shown in Fig. 4 and Fig. 5 ...
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On Numerical Solutions of Fractional-Order with a Delay of CSOH Model
... Using the same values of the parameters described in Eq. (32), the modified PECE method for the delayed first- order problem gives the graphical results in Fig2. The differ- ences between the results obtained using the ...
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DECOMPOSITION METHOD IN COMPARISON WITH NUMERICAL SOLUTIONS OF BURGERS EQUATION
... and numerical solutions of this equation using the appropriate initial and boundary ...distinct solutions of Burger equation but only the half of them are having physical ...new numerical ...
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Accurate and efficient numerical solutions for elliptic obstacle problems
... hereafter except for examples in Section .. Table presents the number of iterations and CPU (the elapsed time, measured in second) for the linear problem of the non-smooth ob- stacle (.). One can see from the table ...
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Numerical solutions of neutral stochastic functional differential equations
... so numerical methods become one of the power- ful ...the numerical analysis of the deterministic neutral functional differential equations, for example, [1, 3, 5, 7, 10] and references ...The ...
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Numerical Solutions of a Fractional Predator Prey System
... Figure 2 shows the numerical solutions for prey-predator population system with appropriate parameter. From the figures, we know that prey population density first increases with the spatial variables, then ...
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On numerical solutions of fuzzy differential equations
... 3. Numerical Solutions of a Fuzzy Initial Value Problem Consider the first order Fuzzy Initial Value Problem ...three numerical methods: Euler method, Adomian method and Homotopy Analysis ...
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On the Numerical Solutions for the Time-Fractional Telegraph Equation
... (28) In this example by using just m = 2 , we obtain exact solution such that in [19],we can see best error is 10 5 . from Fig. 2, we see that as approaches 2, the numerical solution converges to that of ...
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Algorithm Analysis of Numerical Solutions to the Heat Equation
... The numerical algorithms employed in the solution of Parabolic Partial Differential Equations are the subject of this ...these numerical solution ...
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Structure of the zodiacal cloud: new analytical and numerical solutions
... analytical solutions in both steps (I) and (II) has enabled us to simplify radically the calculations, which made it possible to compute in a fast and effective way the struc- ture of the zodiacal cloud, ...
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Analysis and Numerical Solutions of Positive and Dead Core Solutions of Singular Sturm Liouville Problems
... positive solutions and show that for certain values of λ, there also exist solutions that vanish on a subinterval 0, ρ ⊂ 0, 1, the so-called dead core ...the numerical simulation, the collocation ...
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Superconvergence of numerical solutions to second kind integral equations
... Introduction In this chapter we consider the solution of the second kind equation when the kernel is of the form 1 where m is smooth and o has an integrable singularity typically The tw[r] ...
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Numerical solutions of the isotropic 3 wave kinetic equation
... new numerical method for solving the kinetic equation over a large range of frequencies is developed by extending Lee’s method for solving aggregation ...preliminary numerical study is presented of the ...
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Some Remarks to Numerical Solutions of the Equations of Mathematical Physics
... the solutions of only first type, i.e. the solutions that depend on the commutator with nonzero value caused by inconsistency of derivatives or equations in the set of ...such solutions have physical ...
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Numerical solutions for lunar orbits
... for solutions satisfying the condition imposed. The numerical solution is obtained discretising the time domain through the assembly of a suitable number of finite elements of appropriate order, and then ...
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Analytic and numerical solutions of an N duplicate-server system
... the matrix-geometric procedure. Using the generating function approach we obtain a recursive expression of the queue length probability distribution for IV= 1. This expression is difficu[r] ...
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Analytic and numerical solutions for systems of fractional Schrödinger equation
... equations arises in quantum mechanics. It describes how the quantum state of some physical system changes with time. We show that the system under consideration admits a global solution in appropriate functional spaces. ...
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Discrete Maximum Principle and Energy Stability of Compact Difference Scheme for the Allen-Cahn Equation
... for numerical approximation solutions? In 2010, Shen Jie established first-order semi-implicit scheme, second-order semi-implicit scheme and second- order implicit scheme for Allen-Cahn equation and ...
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