Wiener's lemma: localization and various approaches

  • Shin, Chang Eon
  • Sun Qi-yu
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초록

Matrices and integral operators with off-diagonal decay appear in numerous areas of mathematics including numerical analysis and harmonic analysis, and they also play important roles in engineering science including signal processing and communication engineering. Wiener's lemma states that the localization of matrices and integral operators are preserved under inversion. In this introductory note, we re-examine several approaches to Wiener's lemma for matrices. We also review briefly some recent advances on localization preservation of operations including nonlinear inversion, matrix factorization and optimization.

키워드

Wiener's lemmainfinite matrixstabilityWiener algebraBeurling algebraoff-diagonal decayinverse closednessFINITE SECTION METHODINTEGRAL-OPERATORSINVERSE-CLOSEDNESSBANACH-ALGEBRASMATRICESRECONSTRUCTIONSUBALGEBRASSPECTRUM
제목
Wiener's lemma: localization and various approaches
저자
Shin, Chang EonSun Qi-yu
DOI
10.1007/s11766-013-3215-6
발행일
2013-12
유형
Article
저널명
Applied Mathematics
28
4
페이지
465 ~ 484