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Regularised Spectral Estimation for High-Dimensional Point Processes. [PDF]
Pinkney CJ +3 more
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Modeling wave scattering in impedance-lined duct networks with expansion chambers. [PDF]
Alrashdi A, Alkuhayli N, Safdar M.
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A unified MAP-EM approach to stable Gaussian mixture clustering with priors, graphs, and split-merge adaptation for document clustering. [PDF]
Subbarayan S, Grace GH.
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A recursive condition for the inverse problem of eigenvalue for nonnegative symmetric matrices
Elvis Ronald Valero +2 more
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An inverse eigenvalue problem for Jacobi matrices with a missing eigenvalue
Applied Mathematics Letters, 2022zbMATH Open Web Interface contents unavailable due to conflicting licenses.
Guangsheng Wei, Bin He
exaly +3 more sources
On the Multiplicative Inverse Eigenvalue Problem
By "multiplicative inverse eigenvalue problem" (m.i.e.p., for short) we mean the following. Let A be an n×n matrix and let s1,…, sn be n given numbers. Under what conditions does there exist an n×n diagonal matrix V such that VA has eigenvalues s1,…,sn?In the "additive inverse eigenvalue problem" (a.i.e.p., for short) we seek the diagonal matrix V so ...
G. N. De Oliveira
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Structured inverse eigenvalue problems
An inverse eigenvalue problem concerns the reconstruction of a structured matrix from prescribed spectral data. Such an inverse problem arises in many applications where parameters of a certain physical system are to be determined from the knowledge or expectation of its dynamical behaviour.
Moody T. Chu, Gene H. Golub
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Inverse Eigenvalue Problems [PDF]
summary:We study an inverse eigenvalue problem (IEP) of reconstructing a special kind of symmetric acyclic matrices whose graph is a generalized star graph.
Moody Chu, Gene Golub
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