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Fotios Logothetis
Fotios Logothetis
Researcher, Toshiba Europe
Verified email at crl.toshiba.co.uk - Homepage
Title
Cited by
Cited by
Year
Semi-calibrated near field photometric stereo
F Logothetis, R Mecca, R Cipolla
Proceedings of the IEEE Conference on Computer Vision and Pattern …, 2017
352017
A single-lobe photometric stereo approach for heterogeneous material
R Mecca, Y Quéau, F Logothetis, R Cipolla
SIAM Journal on Imaging Sciences 9 (4), 1858-1888, 2016
302016
A differential volumetric approach to multi-view photometric stereo
F Logothetis, R Mecca, R Cipolla
Proceedings of the IEEE/CVF International Conference on Computer Vision …, 2019
272019
Px-net: Simple and efficient pixel-wise training of photometric stereo networks
F Logothetis, I Budvytis, R Mecca, R Cipolla
Proceedings of the IEEE/CVF International Conference on Computer Vision …, 2021
192021
A CNN Based Approach for the Near-Field Photometric Stereo Problem
F Logothetis, I Budvytis, R Mecca, R Cipolla
31st British Machine Vision Virtual Conference, 2020
172020
Near-field photometric stereo in ambient light
F Logothetis, R Mecca, Y Quéau, R Cipolla
British Machine Vision Association (BMVA), 2016
142016
A differential approach to shape from polarisation: A level-set characterisation
F Logothetis, R Mecca, F Sgallari, R Cipolla
International Journal of Computer Vision 127 (11), 1680-1693, 2019
102019
Tensile strength of artificially cemented sandstone generated via microbially induced carbonate precipitation
C Konstantinou, G Biscontin, F Logothetis
Materials 14 (16), 4735, 2021
62021
A differential approach to shape from polarization
R Mecca, F Logothetis, R Cipolla
62017
Luces: A dataset for near-field point light source photometric stereo
R Mecca, F Logothetis, I Budvytis, R Cipolla
arXiv preprint arXiv:2104.13135, 2021
42021
Computer vision method and system
F Logothetis, R Mecca, I Budvytis, R Cipolla
US Patent App. 17/179,747, 2022
12022
Detailed and Practical 3D Reconstruction with Advanced Photometric Stereo Modelling
F Logothetis
University of Cambridge, 2019
12019
System and method for performing 3D imaging of an object
R Mecca, R Cipolla, F Logothetis
US Patent 11,394,945, 2022
2022
A Differential Volumetric Approach to Multi-View Photometric Stereo Supplementary Material
F Logothetis, R Mecca, R Cipolla
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