I have developed processing algorithms for surface microseismic monitoring (use of matlab/mex/C/parallel C). Several IP in the line. And I have processed a few frackjob.
SEG 2014: The paper presents how dramatic noise reduction can be obtained while using a patch design for acquisition of microseismic events to remove first coherent noise, then incoherent noise. Claims are backed with evidences from real data.
Courses followed: March 2014: Seismic Imaging of Subsurface Geology, by Walter Lynn, one-week class July 2013: PTS "MicroSeismic Processing and Interpretation using Mizen/Petrel", by Les Benett, one-week class. Mar 2013: "Concepts and Applications of 3D Seismic Imaging", by Prof. Biondi biondo, WG, Houston, 2 day class. Feb 2013: "Fundamentals of Omega", By Mike Walsh, WG, Houston, one-week class.
Self-training: December 2013: "Microseismic Monitoring Fundamentals", one-day class by Joel Le Calvez, Ph.D. / Paolo Primiero, Ph.D. November 2013: IPIMS, "Microseismic Studies of Reservoirs".
Books read: "A petroleum geologist's guide to seismic reflection" by W. A. Ashcroft "Seismic Interpretation:The Physical Aspects" by Nigel Anstey
Learned numerous skills that are very valuable for the working place : - great sensitivity to the needs of the customer - ability to multitask - how to fit in a mostly feminine team - ability to research and listen to the voice of experience, while keeping own judgement - design a very personalized pedagogical program - ability to go hands-on
University of HawaiiSeptember 2008 - November 2010
The goal was to 1) develop, customize and apply new MRI methodologies. 2) Prepare reports and articles of the findings.
I worked there on 3 projects: 1) Separation of Glutamine from Glutamate with a multi-echo Magnetique spectroscopic data. (proved to be impossible) 2) Optimization of Water measurement sequence by use of Cramer-Rao Bounds (paper under review, MRM) 3) Evaluation of motion originated noise and way to compensate it by the use of Cramer-Rao Bounds (In the finishing process)
University of Hawaii at ManoaSeptember 2006 - February 2008
I developed array signal processing algorithms to detect, monitor, separate heartbeat and respiration signal though a Doppler radar (1 book chapter, 6 conf.).
I supervised student to develop the completing software to detect the cardiopulmonary statistic with this Doppler radar.
I also continued research on SSR ( 2 journals in IJMWT, 10 conf.)
University of Reims Champagne-ArdenneJanuary 2005 - August 2006
Research on: + Peaks detection and estimation for CO2 spectra (1 conf.). + Source Separation with Positivity Constrains (1 conf.). + Source Separation for Secondary Surveillance Radar (2 journals: IEEE on SP, and SP; 1 conf.).
Taught 180 hours-eq. to undergraduate and graduate, including: Signal processing, Telecoms, RADAR, beamforming, source separation, GUI/C++.
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