Marianna Khanamiryan

Marianna Khanamiryan

Portrait of Marianna Khanamiryan
Visiting Research Fellow

Stanford University
Department of Mathematics
Building 380, Sloan Hall
Stanford, California 94305
United States
Email M.Khanamiryan 'at' damtp.cam.ac.uk
marianna.khanamiryan 'at' trinity.cantab.net

About me

I am a Visiting Research Fellow at Stanford University, working with Professor Emmanuel Candès, and Professor Lei Xing. I did my PhD with Professor Arieh Iserles at the University of Cambridge Numerical Analysis Group. My PhD research at the University of Cambridge was supported by Trinity College, Cambridge. I have been a Research Fellow, working with Professor Olavi Nevanlinna at Helsinki University of Technology, and supported by The Academy of Finland project.

Research Interests

Numerical analysis of highly oscillatory ODEs, applied PDEs, inverse problems, compressed sensing, medical imaging, mathematical modelling, mathematical signal processing, sampling theory, numerical optimization, computational harmonic analysis.

CV

    CV

Papers

  1. M. Khanamiryan, "Quadrature methods for highly oscillatory linear and nonlinear systems of ordinary differential equations: Part I.".
  2. M. Khanamiryan, "Quadrature methods for highly oscillatory linear and nonlinear systems of ordinary differential equations: Part II."
  3. M. Khanamiryan, "Applications of modified Magnus method for highly oscillatory ordinary differential equations."
  4. M. Khanamiryan, "The Levin-type method for highly oscillatory systems of ordinary differential equations."
  5. M. Khanamiryan, "Efficient quadrature methods for highly oscillatory partial differential equations."
  6. M. Khanamiryan, "Long-term behaviour of the numerical approximation using Strang splitting method for the cubic non-linear Schrödinger equation," with O. Nevanlinna, and T. Vesanen.

Essays

  1. M. Khanamiryan, Numerical methods for systems of highly oscillatory ordinary differential equations. PhD Thesis.

Conference Talks

Last updated on 10 November 2011 by Marianna Khanamiryan