Sledovat
Alexis Matwyschuk
Alexis Matwyschuk
French-German Research Institute of Saint-Louis
E-mailová adresa ověřena na: isl.eu
Název
Citace
Citace
Rok
Optical and acoustical UAV detection
F Christnacher, S Hengy, M Laurenzis, A Matwyschuk, P Naz, S Schertzer, ...
Electro-Optical Remote Sensing X 9988, 83-95, 2016
972016
Homogeneous and speckle-free laser illumination for range-gated imaging and active polarimetry
M Laurenzis, Y Lutz, F Christnacher, A Matwyschuk, JM Poyet
Optical Engineering 51 (6), 061302-061302, 2012
672012
Direct method of three-dimensional imaging using the multiple-wavelength range-gated active imaging principle
A Matwyschuk
Applied Optics 55 (14), 3782-3786, 2016
112016
Multiple-wavelength range-gated active imaging in superimposed style for moving object tracking
A Matwyschuk
Applied Optics 56 (27), 7766-7773, 2017
102017
Modeling of the visual artifact in range-gated active imaging especially in burst mode
A Matwyschuk
Applied Optics 53 (19), 4228-4232, 2014
102014
Multiple-wavelength range-gated active imaging principle in the accumulation mode for three-dimensional imaging
A Matwyschuk
Applied Optics 56 (3), 682-687, 2017
82017
Electro-optical detection probability of optical devices determined by bidirectional laser retro-reflection cross section
M Laurenzis, F Christnacher, A Matwyschuk, S Schertzer, S Hengy
Radar Sensor Technology XIX; and Active and Passive Signatures VI 9461, 502-509, 2015
72015
Analysis of the visual artifact in range-gated active imaging, especially in burst mode
A Matwyschuk
Applied Optics 53 (27), 6317-6323, 2014
72014
Target tracking correlator assisted by a snake-based optical segmentation method
A Matwyschuk, P Ambs, F Christnacher
Optics communications 219 (1-6), 125-137, 2003
62003
Combination of the two styles of the multiple-wavelength range-gated active imaging principle for four-dimensional imaging
A Matwyschuk
Applied Optics 59 (25), 7670-7679, 2020
52020
A real time 3D video CMOS sensor with time gated photon counting
A Matwyschuk, E Bacher, N Metzger, W Uhring, JP Le Normand, O Maciu, ...
2017 15th IEEE International New Circuits and Systems Conference (NEWCAS), 57-60, 2017
52017
Imagerie active: la maturité des systèmes ouvre de vastes perspectives
F Christnacher, D Monnin, M Laurenzis, Y Lutz, A Matwyschuk
Photoniques, 44-51, 2011
52011
Crack detection in constructions using pulsed holographic and speckle techniques
F Christnacher, P Smigielski, A Matwyschuk, D Fusco, Y Guillard
Interferometry'99: Applications 3745, 239-243, 1999
51999
Deeplomatics: A deep-learning based multimodal approach for aerial drone detection and localization
É Bavu, H Pujol, A Garcia, C Langrenne, S Hengy, O Rassy, N Thome, ...
QUIET DRONES Second International e-Symposium on UAV/UAS Noise, 2022
42022
Mine detection by holography
F Christnacher, P Smigielski, A Matwyschuk, M Bastide, D Fusco
Interferometry'99: Applications 3745, 361-365, 1999
41999
Deeplomatics: Localisation et reconnaissance acoustique de drones
H Pujol, E Bavu, A Garcia, C Langrenne, S Hengy, S Schertzer, ...
16ème Congrès Français d'Acoustique, CFA2022, 2022
32022
Principe d’imagerie active à crénelage temporel multi-longueurs d’onde pour l’imagerie 3D
A Matwyschuk
Instrumentation, Mesure, Metrologie 16 (1-4), 255, 2017
32017
Impact of a distance estimation error inducing a visualized zone gap on the target illuminance in range-gated active imaging
A Matwyschuk
Applied Optics 53 (1), 44-50, 2014
32014
Range-gated imaging with speckle-free and homogeneous laser illumination
M Laurenzis, JM Poyet, Y Lutz, A Matwyschuk, F Christnacher
Electro-optical remote sensing, photonic technologies, and applications VI …, 2012
32012
Doppler effect in the multiple-wavelength range-gated active imaging up to relativistic speeds
A Matwyschuk
JOSA A 39 (3), 322-331, 2022
22022
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Články 1–20