Lecture Notes-Monograph Series, Vol. 52, Time Series and Related Topics: In Memory of Ching-Zong Wei (2006), pp. 236-244 (9 pages) This exposition explains the basic ideas of Stein's method for ...
Abstract: This paper presents a method for estimating the intensity and impulse response (IR) function of filtered Poisson processes. The case is considered where the filtered Poisson process is ...
f: The right-hand side function f(x, y). g: The boundary condition function g(x, y). a, b: The x-interval [a, b]. c, d: The y-interval [c, d]. N: The number of grid ...
A new method for solving the 1D Poisson equation is presented using the finite difference method. This method is based on the exact formulation of the inverse of the tridiagonal matrix associated with ...
Suitability: Python post-processing algorithm for single particle / single cell ICP-MS (quadrupole based) suitable for Thermo and Agilent. Note: The code might be also suitable for other ICP-MS ...
The Poisson equation is an elliptic differential equation well known and common to various scientific and technical domains such as physics, mathematics, chemistry, biology, etc. Its resolution ...
Abstract: A hybrid integral evaluation—differential equation approach is introduced for the computation of the magnetostatic fields in finite-element method (FEM)-based micromagnetic solvers. The ...
The framework of Stein's method for Poisson process approximation is presented from the point of view of Palm theory, which is used to construct Stein identities and define local dependence. A general ...
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