The d-bar reconstruction method for electrical impedance tomography, Istituto per le applicazioni del calcolo, Florence, Italy, September 27, 2004. Low-dose 3D imaging, First national meeting of SIROM (Società Italiana di Radiologia Odontostomatologica a Maxilo-Facciale), Milan, Italy, September 24, 2004. Numerical inversion methods based on Faddeev’s Green function, Perspectives on Inverse Problems, Helsinki, Finland, May 31, 2004. Electrical impedance
Solution of the inverse problem of cardiology using Faddeev’s Green function, Finnish Inverse Days 2003, Isosyöte, Finland, November 11, 2003. The d-bar reconstruction method for electrical impedance tomography, Tokyo Metropolitan University, Japan, December 5, 2003. Numerical solution of the inverse problem of ECG using Faddeev’s Green function, Hiroshima University, Japan, November 21, 2003. Numerical solution of the inverse problem
Fast regularized algorithm for direct EIT reconstruction, MaPhySto Workshop on Inverse Problems, Aalborg University, Denmark, September 13, 2002. Regularized algorithm for direct EIT reconstruction, The First Mummy Range Workshop on Electric Impedance Imaging, Mummy Range, CO, USA, August 1-7, 2002. Scatter Removal for Digital X-ray Mammography, First SIAM Imaging Science Conference, Boston, MA, USA, March 5, 2002.
A direct regularized reconstruction method for EIT, Conference on Inverse Problems, MSRI, Berkeley, CA, USA, November 6, 2001. Tackling nonlinearity in electrical impedance tomography, Aalborg University, Denmark, June 2001.
Detecting inclusions in conductivity with EIT, Finnish Inverse Days 2000, Finland. An implementation of the reconstruction method of A. Nachman for the 2-D inverse conductivity problem, Radon Transforms and Tomography, 2000 AMS-IMS-SIAM Joint Summer Research Conference, Mount Holyoke College, MA, USA, June 2000.
Numerical implementation of the algorithm of A Nachman for 2D EIT, ICIAM 1999, Edinburgh, United Kingdom.
