Results 281 to 290 of about 3,536,382 (331)
Isotropic Q-fractional Brownian motion on the sphere: regularity and fast simulation. [PDF]
Lang A, Müller B.
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Next-to-leading order evolution of structure functions without PDFs. [PDF]
Lappi T+3 more
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Dirac-equation signal processing: Physics boosts topological machine learning. [PDF]
Wang R, Tian Y, Liò P, Bianconi G.
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A numerical study on the dynamics of SIR epidemic model through Genocchi wavelet collocation method. [PDF]
Chiranahalli Vijaya DK+2 more
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Lagrangian Relations and Quantum L ∞ Algebras. [PDF]
Jurčo B, Pulmann J, Zika M.
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Improved Multi-operator Differential Evolution Algorithm for Solving Unconstrained Problems
IEEE Congress on Evolutionary Computation, 2020In recent years, several multi-method and multi-operator-based algorithms have been proposed for solving optimization problems. Generally, their performance is better than other algorithms that based on a single operator and/or algorithm.
Karam M. Sallam+3 more
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Differentiation of Operators [PDF]
This chapter is essentially a brief introduction to non-linear functional analysis. First, we define the Gâteaux and Frechet derivatives of generally non-linear operators between linear vector spaces and we investigate their properties in some considerable detail.
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Differential Operators and Differential Modules
2003In this chapter k is a differential field such that its subfield of constants C is different from k and has characteristic 0. The skew (i.e., noncommutative) ring D :=k[∂] consists of all expressions L :=a n ∂ n + ⋯ + a1∂ + a0 dot with n ∈ Z, n ≥ 0 and all a i ∈ k. These elements L are called differential operators.
Marius van der Put, Michael F. Singer
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