Mathematical and statistical methods for imaging : NIMS Thematic Workshop: mathematical and statistical methods for imaging, August 1013, 2010, Inha University, Incheon, Korea

Contributor(s): Ammari HabibMaterial type: Computer fileComputer fileSeries: Contemporary mathematics ; v. 548Publication details: Providence, R.I. : American Mathematical Society, c2011Description: 1 online resource (vii, 163 p. : ill.)ISBN: 9780821882276 (online)Subject(s): Differential equations | Electromagnetic theory | Image processing | Ordinary differential equations General theory Inverse problems | Partial differential equations Miscellaneous topics Inverse problemsOnline resources: Click here to access online
Contents:
Use of random matrix theory for target detection, localization, and reconstruction ; Resolution limits in source localization and small inclusion imaging ; Transient wave imaging of anomalies: A numerical study ; Numerical solution of the inverse source problem for the Helmholtz equation with multiple frequency data ; Reconstruction of the shape of an inclusion from elastic moment tensors ; Path integrals and optical tomography ; Denoising of Josselin Garnier ; Pierre Garapon ; Souhir Gdoura and Lili Guadarrama Bustos ; Gang Bao Junshan Lin and Faouzi Triki ; Mikyoung Lim and SangHyeon Yu ; John C Schotland ; Kiwan Jeon and ChangOck Lee ; Daniel G Alfaro Vigo and Knut Slna ; Elie Bretin and Abdul Wahab ; Habib Ammari Elie Bretin Josselin Garnier and Abdul Wahab
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Link to resource Accessible Online EBK21552
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NIMS is the National Institute of Mathematical Sciences, located in Daejeon, South Korea.

Includes bibliographical references.

Use of random matrix theory for target detection, localization, and reconstruction ; Resolution limits in source localization and small inclusion imaging ; Transient wave imaging of anomalies: A numerical study ; Numerical solution of the inverse source problem for the Helmholtz equation with multiple frequency data ; Reconstruction of the shape of an inclusion from elastic moment tensors ; Path integrals and optical tomography ; Denoising of _z data for conductivity reconstruction in magnetic resonance electrical impedance tomography (MREIT) ; Time reversal for inclusion detection in onedimensional randomly layered media ; Some anisotropic viscoelastic Green functions ; Time reversal in attenuating acoustic media Josselin Garnier ; Pierre Garapon ; Souhir Gdoura and Lili Guadarrama Bustos ; Gang Bao Junshan Lin and Faouzi Triki ; Mikyoung Lim and SangHyeon Yu ; John C Schotland ; Kiwan Jeon and ChangOck Lee ; Daniel G Alfaro Vigo and Knut Slna ; Elie Bretin and Abdul Wahab ; Habib Ammari Elie Bretin Josselin Garnier and Abdul Wahab

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