sample of publications

• articles 

  • RBF based quadrature on the sphere.  International Journal of Applied Mathematics and Computer Science.  32:467-478. 2022
  • A local radial basis function method for the Laplace-Beltrami operator.  JOURNAL OF SCIENTIFIC COMPUTING.  86. 2021
  • Frequency optimized RBF-FD for wave equations.  JOURNAL OF COMPUTATIONAL PHYSICS.  371:564-580. 2018
  • A closed-form formula for the RBF-based approximation of the Laplace-Beltrami operator.  JOURNAL OF SCIENTIFIC COMPUTING.  77:1115-1132. 2018
  • The use of a simple model in the inverse characterization of cardiac ischemic regions.  Journal of Inverse and Ill-Posed Problems.  25:763-775. 2017
  • Combining Diffuse Optical Tomography and Spectroscopy to Detect and Characterize Lesions in Two-Layered Tissues.  JOURNAL OF THE OPTICAL SOCIETY OF AMERICA A-OPTICS IMAGE SCIENCE AND VISION.  29:450-456. 2012
  • Shape reconstruction of cardiac ischemia from non-contact intracardiac recordings: A model study.  MATHEMATICAL AND COMPUTER MODELLING.  55:1770-1781. 2012
  • Structural Level Set Inversion for Microwave Breast Screening.  INVERSE PROBLEMS.  26:35015. 2010
  • Inversion Algorithm for Microwave Breast Cancer Detection Using Level Sets.  Progress in Electromagnetics Research Symposium.  5:461-465. 2009
  • Crack Reconstruction using a Level-Set Strategy.  JOURNAL OF COMPUTATIONAL PHYSICS.  228:5710-5721. 2009
  • Detecting and Imaging Dielectric Objects from Real data: A shape-Based Approach.  MATHEMATICAL AND COMPUTER MODELLING.  50:743-749. 2009
  • Fluorescence Lifetime Imaging from Time Resolved Measurements using a Shape-Based Approach.  OPTICS EXPRESS.  17:8843-8855. 2009

• book chapters 

  • Shape Based Strategy for Breast Cancer Detection. In: Horizons in Cancer Research.  Nova Science Publishers, Inc., New York Edited by Frank Columbus.. 323-362. 2012

• conference contributions 

  • Frequency optimized RBF-FD for wave equations.  279-279. 2019
  • Inverse localization of ischemia in a 3D realistic geometry: a level set approach.  229-232. 2015
  • Inverse problem of electrocardiography: estimating the location of cardiac ischemia in a 3D realistic geometry.  393-401. 2015
  • Avoiding the inverse crime in the inverse problem of electrocardiography: estimating the shape and location of cardiac isquemia.  687-690. 2013
  • Characterization of Biological Tissues Using Microwaves 2011
  • A Level Set Technique for Medical Imaging with Microwaves 2008
  • Thin Object Reconstructions by a Shape-based Approach 2008