Mathieu Aubailly
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Assistant Research Scientist 301/403-2095 TEL |
Research Interests
Imaging through turbulence (anisoplanatism), image fusion, enhancement and high dynamic range (HDR) imaging, imaging networks of adaptive sub-apertures, holographic image recording and reconstruction, adaptive imaging systems, numerical modeling and analysis, and eye aberrations diagnosis
Background Information
Mathieu Aubailly received his Ph.D. from Michigan Technological University in Electrical Engineering in 2005. His work at MTU consisted in the development of reconstruction methods for anisoplanatic adaptive optics images. Developed techniques were tested and validated on experimental data from the USAF 3.6m AEOS telescope facility on Mt. Aleakala, Maui, Hawaii.
Dr. Aubailly’s research interest lies in the analysis, development, and experimentation of imaging systems operating under turbulent conditions. He has extensive experience in turbulence effect mitigation by image fusion with applications to short- to medium-range (up to 5km) near-ground imaging conducted at the Army Research Laboratory in Adelphi, Maryland and the Sandia National Laboratories in Albuquerque, New Mexico. His area of expertise also includes high dynamic range (HDR) imaging and modeling of holography-based imaging systems.
Prior to his current position Mathieu Aubailly worked as a Research Associate at the Intelligent Optics Laboratory with Dr. Vorontsov. He conducted numerical analysis and development of imaging networks of adaptive sub-apertures.
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