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Integration by parts formula and applications for SPDEs with jumps [PDF]
14 ...
Feng-Yu Wang
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THE GENERALISED INTEGRATION BY PARTS FORMULA FOR APPELL SEQUENCES AND RELATED RESULTS [PDF]
Summary: A generalised integration by parts formula for sequen-ces of absolutely continuous functions that satisfy the \(w-\)Appell condition and different estimates for the remainder are provided. Applications for particular instances of such sequences are pointed out as well.
exaly +3 more sources
A family of definite integrals involving Legendre’s polynomials [PDF]
The main objective of this article is to provide the analytical solutions (not previously found and not available in the literature) of some problems related with definite integrals integrands of which are the products of the derivatives of Legendre’s ...
M.I. Qureshi, S.H. Malik, D. Ahmad
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Segal introduce the Fourier–Wiener transform for the class of polynomial cylinder functions on Hilbert space, and Hida then develop this concept. Negrin define the extended Wiener transform with Hayker et al. In recent papers, Hayker et al. establish the
Hyun Soo Chung
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Integrability Formulas. Part III [PDF]
Integrability Formulas. Part III In this article, we give several differentiation and integrability formulas of composite trigonometric function.
Li, Bo, Ma, Na
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Weighted Generalized Fractional Integration by Parts and the Euler–Lagrange Equation
Integration by parts plays a crucial role in mathematical analysis, e.g., during the proof of necessary optimality conditions in the calculus of variations and optimal control.
Houssine Zine +3 more
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Integrability Formulas. Part I [PDF]
Integrability Formulas. Part I In this article, we give several differentiation and integrability formulas of special and composite functions including the trigonometric function, and the polynomial function.
Li, Bo, Ma, Na
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Integrability Formulas. Part II [PDF]
Integrability Formulas. Part II In this article, we give several differentiation and integrability formulas of special and composite functions including trigonometric function, and polynomial function.
Li, Bo, Ma, Na, Liang, Xiquan
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Nonexistence of global solutions for a Hilfer–Katugampola fractional differential problem
The aim of this paper is to investigate the absence of global solutions for a fractional differential problem involving a generalized Katugampola derivative.
Sandeep P. Bhairat, Mohammad E. Samei
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Sensitivity analysis is at the core of risk management for financial engineering; to calculate the sensitivity with respect to parameters in models with probability expectation, the most traditional approach applies the finite difference method ...
Zheng Gu, Yue Liu, Aijun Yang, Kaodui Li
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