Graph signal interpolation with positive definite graph basis functions

For the interpolation of graph signals with generalized shifts of a graph basis function (GBF), we introduce the concept of positive definite functions on graphs. This concept merges kernel-based interpolation with spectral theory on graphs and can be regarded as a graph analog of radial basis funct...

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Published inApplied and computational harmonic analysis Vol. 60; pp. 368 - 395
Main Author Erb, Wolfgang
Format Journal Article
LanguageEnglish
Published Elsevier Inc 01.09.2022
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ISSN1063-5203
1096-603X
DOI10.1016/j.acha.2022.03.005

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Abstract For the interpolation of graph signals with generalized shifts of a graph basis function (GBF), we introduce the concept of positive definite functions on graphs. This concept merges kernel-based interpolation with spectral theory on graphs and can be regarded as a graph analog of radial basis function interpolation in Euclidean spaces or spherical basis functions. We provide several descriptions of positive definite functions on graphs, the most relevant one is a Bochner-type characterization in terms of positive Fourier coefficients. These descriptions allow us to design GBF's and to study GBF interpolation in more detail. We are able to characterize the native spaces of the interpolants. We provide explicit estimates for the interpolation error and obtain bounds for the numerical stability. As a final application, we show how GBF interpolation can be used to get quadrature formulas on graphs.
AbstractList For the interpolation of graph signals with generalized shifts of a graph basis function (GBF), we introduce the concept of positive definite functions on graphs. This concept merges kernel-based interpolation with spectral theory on graphs and can be regarded as a graph analog of radial basis function interpolation in Euclidean spaces or spherical basis functions. We provide several descriptions of positive definite functions on graphs, the most relevant one is a Bochner-type characterization in terms of positive Fourier coefficients. These descriptions allow us to design GBF's and to study GBF interpolation in more detail. We are able to characterize the native spaces of the interpolants. We provide explicit estimates for the interpolation error and obtain bounds for the numerical stability. As a final application, we show how GBF interpolation can be used to get quadrature formulas on graphs.
Author Erb, Wolfgang
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Keywords Graph basis functions (GBF)
Space-frequency analysis on graphs
Approximation errors for interpolation
Graph signal processing
Positive definite functions
Spectral graph theory
Quadrature on graphs
Kernel-based interpolation
Language English
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Snippet For the interpolation of graph signals with generalized shifts of a graph basis function (GBF), we introduce the concept of positive definite functions on...
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elsevier
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StartPage 368
SubjectTerms Approximation errors for interpolation
Graph basis functions (GBF)
Graph signal processing
Kernel-based interpolation
Positive definite functions
Quadrature on graphs
Space-frequency analysis on graphs
Spectral graph theory
Title Graph signal interpolation with positive definite graph basis functions
URI https://dx.doi.org/10.1016/j.acha.2022.03.005
Volume 60
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