Abstract:We use methods of the theory of differential operators of infinite order for solving difference equations and for generalizing the Euler-Maclaurin formula in the case of multiple summation.
“…Let us note that the case φ (t) = ψ (∥t∥), where ψ (τ ) is a function of one variable was considered [10].…”
Section: Formulation Of the Main Resultsmentioning
confidence: 99%
“…Summation of arbitrary functions over integer points of a rational parallelotop was studied [8][9][10]. Euler approach based on definitions of discrete primitive function and discrete analog of the Newton-Leibniz formula was used to solve the problem.…”
Definition of the discrete primitive function is introduced in the problem of summation over simplex lattice points. The discrete analog of the Newton-Leibniz formula is found
“…Let us note that the case φ (t) = ψ (∥t∥), where ψ (τ ) is a function of one variable was considered [10].…”
Section: Formulation Of the Main Resultsmentioning
confidence: 99%
“…Summation of arbitrary functions over integer points of a rational parallelotop was studied [8][9][10]. Euler approach based on definitions of discrete primitive function and discrete analog of the Newton-Leibniz formula was used to solve the problem.…”
Definition of the discrete primitive function is introduced in the problem of summation over simplex lattice points. The discrete analog of the Newton-Leibniz formula is found
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