List questions from integral-operators

Published on 06 Nov 2015 - 1:39

40

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Can we use a series of properties to determine integral operator $f \to \int_0^1 f d\mu $

Published on 17 Nov 2015 - 7:39

40

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Solving 2nd order linear ODE with integral transformation

Published on 21 Nov 2015 - 1:00

317

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Maximization of a convolution

Published on 24 Nov 2015 - 13:11

455

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About the spectral radius of an integral operator

Published on 29 Nov 2015 - 20:20

238

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Regarding integral operators being contractions

Published on 26 Jan 2016 - 17:15

701

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Eigenfunctions of integral operator

Published on 29 Jan 2016 - 20:39

2.9k

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Intuition behind: Integral operator as generalization of matrix multiplication

Published on 09 Mar 2026 - 2:20

1.5k

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Integral operator is bounded on $L^p$ if it maps $L^p$ to itself

Published on 28 Feb 2026 - 9:55

164

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Eigenvalue of Integral Operator and Gamma Function

Published on 22 Mar 2026 - 7:34

1.3k

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An expression for the Hilbert-Schmidt inner product

Published on 18 May 2016 - 12:48

3.9k

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How to show that this integral operator is bounded?

Published on 28 May 2016 - 3:18

167

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Let $T(f):=\frac{1}{x}\int_{0}^{x}{f(t)\,\mathrm{d}t}$ (the Hardy operator) find the norm of $T$ on $L^p$

Published on 04 Jun 2016 - 11:03

1k

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Methods for finding decompositions of Hilbert-Schmidt integral operators

Published on 01 Jul 2016 - 10:56

651

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Inequalities on kernels of compact operators

Published on 26 Jan 2014 - 21:51

List Question

Frechet Derivatives of a nonlinear integral operator

Can we use a series of properties to determine integral operator $f \to \int_0^1 f d\mu $

Solving 2nd order linear ODE with integral transformation

Maximization of a convolution

About the spectral radius of an integral operator

Regarding integral operators being contractions

Eigenfunctions of integral operator

Intuition behind: Integral operator as generalization of matrix multiplication

Integral operator is bounded on $L^p$ if it maps $L^p$ to itself

Eigenvalue of Integral Operator and Gamma Function

An expression for the Hilbert-Schmidt inner product

How to show that this integral operator is bounded?

Let $T(f):=\frac{1}{x}\int_{0}^{x}{f(t)\,\mathrm{d}t}$ (the Hardy operator) find the norm of $T$ on $L^p$

Methods for finding decompositions of Hilbert-Schmidt integral operators

Inequalities on kernels of compact operators

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