Maarten V. de Hoop
Maarten V. de Hoop
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    • Multi-scale physics of seismic waves
    • Wavefield retrieval, manifold learning and data reduction
    • Microlocal analysis of seismic body waves and linearized inverse problems – Imaging
    • Ten Empirical Studies in Seismic Imaging
    • Nonlinear inverse (boundary value) problems: Conditional well-posedness, iterative methods
    • Nonlinear inverse (boundary value) problems: Direct methods
    • Spatio-temporal imaging of ruptures, microseismicity
    • Free oscillations, surface waves and spectral theory
    • Fast algorithms, massively parallel computing
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Reciprocity Gap Misfit Misfunctional

Date December 8, 2020
Posted by vr16

Reciprocity Gap Misfit Misfunctional

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  • Home
    • Global Collaborations
    • News
    • Photos
  • Vitae
    • Colloquia
    • Funding
  • Publications
    • International (refereed) journals
    • Chapters in Books
    • Preprints
    • Patents
    • Google Scholar
  • Teaching
    • CAAM 423 Partial Differential Equations
    • CMOR 422 Numerical Analysis
    • CAAM 454 Numerical Analysis II
    • CAAM 545 Applied Microlocal Analysis
    • CAAM 641 Topics in Inverse Problems
    • CAAM 642 Topics in Seismic Imaging
    • ESCI 568 Theoretical Global Seismology
  • Research
    • Multi-scale physics of seismic waves
    • Wavefield retrieval, manifold learning and data reduction
    • Microlocal analysis of seismic body waves and linearized inverse problems – Imaging
    • Ten Empirical Studies in Seismic Imaging
    • Nonlinear inverse (boundary value) problems: Conditional well-posedness, iterative methods
    • Nonlinear inverse (boundary value) problems: Direct methods
    • Spatio-temporal imaging of ruptures, microseismicity
    • Free oscillations, surface waves and spectral theory
    • Fast algorithms, massively parallel computing
  • Software
  • Team
  • Contact
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© 2016 Rice University | Maarten V. de Hoop | Computational and Applied Mathematics