Results 71 to 80 of about 362,691 (237)
Asymptotic estimates in perturbation theory
Functional methods are used to estimate the contribution of very high orders of the perturbative expansion in quantum field theory.
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Asymptotic Estimates of Stirling Numbers [PDF]
New asymptotic estimates are given of the Stirling numbers and , of first and second kind, respectively, as n tends to infinity. The approximations are uniformly valid with respect to the second parameter m.
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Asymptotic Comparison of Parameters Estimates of Two-parameter Weibull Distribution
The Weibull distribution is frequently applied in various fields, ranging from economy, business, biology, to engineering. This paper aims at estimating the parameters of two-parameter Weibull distribution are determined.
Tereza Konečná, Zuzana Hübnerová
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On cross-ratio distortion and Schwarz derivative
We prove asymptotic estimates for the cross-ratio distortion with respect to a smooth or holomorphic function in terms of its Schwarz derivative.Comment: the spelling of the name `Schwarz ...
A Teplinsky +5 more
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Asymptotic Estimates of Feynman Diagrams
We derive asymptotic estimates for the most likely value of generical very high order Feynman diagram.
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Recovery problem for a singularly perturbed differential equation with an initial jump
The article investigates the asymptotic behavior of the solution to reconstructing the boundary conditions and the right-hand side for second-order differential equations with a small parameter at the highest derivative, which have an initial jump ...
D.N. Nurgabyl, S.S. Nazhim
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Asymptotically Constant-Free and Polynomial-Degree-Robust a Posteriori Estimates for Space Discretizations of the Wave Equation [PDF]
Théophile Chaumont-Frelet
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On Asymptotically Efficient Recursive Estimation
Stochastic approximation procedures were shown by Sakrison to become asymptotically efficient estimators when used to minimize the Kullback-Leibler information, if certain conditions hold. Further results in this direction were obtained by Nevel'son and Has'minskij.
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By using fractional calculus and the summation by parts formula in this paper, the asymptotic behaviours of solutions of nonlinear neutral fractional delay pantograph equations with continuous arguments are investigated.
Baojun Miao, Xuechen Li
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Sharp asymptotic estimates for vorticity solutions of the 2D Navier-Stokes equation
The asymptotic dynamics of high-order temporal-spatial derivatives of the two-dimensional vorticity and velocity of an incompressible, viscous fluid flow in $mathbb{R}^2$ are studied, which is equivalent to the 2D Navier-Stokes equation.
Yuncheng You
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