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Tobias Birnbaum
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Signal processing challenges for digital holographic video display systems
D Blinder, A Ahar, S Bettens, T Birnbaum, A Symeonidou, H Ottevaere, ...
Signal Processing: Image Communication 70, 114-130, 2019
982019
Optical and magneto-optical properties of metal phthalocyanine and metal porphyrin thin films
T Birnbaum, T Hahn, C Martin, J Kortus, M Fronk, F Lungwitz, DRT Zahn, ...
Journal of Physics: Condensed Matter 26 (10), 104201, 2014
322014
Suitability analysis of holographic vs light field and 2D displays for subjective quality assessment of Fourier holograms
A Ahar, M Chlipala, T Birnbaum, W Zaperty, A Symeonidou, T Kozacki, ...
Optics Express 28 (24), 37069-37091, 2020
182020
JPEG Pleno holography: scope and technology validation procedures
RK Muhamad, T Birnbaum, A Gilles, S Mahmoudpour, KJ Oh, M Pereira, ...
Applied optics 60 (3), 641-651, 2021
132021
Exact global motion compensation for holographic video compression
RK Muhamad, D Blinder, A Symeonidou, T Birnbaum, O Watanabe, ...
Applied Optics 58 (34), G204-G217, 2019
132019
Wave atoms for digital hologram compression
T Birnbaum, A Ahar, D Blinder, C Schretter, T Kozacki, P Schelkens
Applied optics 58 (22), 6193-6203, 2019
132019
A new similarity measure for complex valued data
A Ahar, T Birnbaum, C Jaeh, P Schelkens
Digital Holography and Three-Dimensional Imaging, Tu1A. 6, 2017
112017
Wave atoms for lossy compression of digital holograms
T Birnbaum, A Ahar, D Blinder, C Schretter, T Kozacki, P Schelkens
2019 Data Compression Conference (DCC), 398-407, 2019
92019
Performance evaluation of sparseness significance ranking measure (SSRM) on holographic content
A Ahar, T Birnbaum, D Blinder, A Symeonidou, P Schelkens
3D Image Acquisition and Display: Technology, Perception and Applications …, 2018
92018
Validation of dynamic subjective quality assessment methodology for holographic coding solutions
A Ahar, M Pereira, T Birnbaum, A Pinheiro, P Schelkens
2021 13th International Conference on Quality of Multimedia Experience …, 2021
62021
Compressing macroscopic near-field digital holograms with wave atoms
T Birnbaum, D Blinder, C Schretter, P Schelkens
Digital Holography and Three-Dimensional Imaging, DW2F. 5, 2018
62018
A new similarity measure for complex amplitude holographic data
A Ahar, T Birnbaum, C Jaeh, P Schelkens
Applications of Digital Image Processing XL 10396, 282-293, 2017
62017
Providing a visual understanding of holography through phase space representations
T Birnbaum, T Kozacki, P Schelkens
Applied Sciences 10 (14), 4766, 2020
52020
Deep-learning computational holography: A review
T Shimobaba, D Blinder, T Birnbaum, I Hoshi, H Shiomi, P Schelkens, ...
Frontiers in Photonics 3 (854391), 2022
42022
Object-based digital hologram segmentation and motion compensation
T Birnbaum, D Blinder, RK Muhamad, C Schretter, A Symeonidou, ...
Optics Express 28 (8), 11861-11882, 2020
42020
Efficient holographic video generation based on rotational transformation of wavefields
A Symeonidou, RM Kizhakkumkara, T Birnbaum, P Schelkens
Optics Express 27 (26), 37383-37399, 2019
42019
Source coding of holographic data: challenges, algorithms and standardization efforts
P Schelkens, D Blinder, T Birnbaum, A Symeonidou, A Ahar, C Schretter
Speckle 2018: VII International Conference on Speckle Metrology 10834, 257-262, 2018
42018
Comprehensive performance analysis of objective quality metrics for digital holography
A Ahar, T Birnbaum, M Chlipala, W Zaperty, S Mahmoudpour, T Kozacki, ...
Signal Processing: Image Communication 97, 116361, 2021
32021
Speckle denoising of computer-generated macroscopic holograms
T Birnbaum, A Ahar, S Montrésor, P Picart, C Schretter, P Schelkens
Digital Holography and Three-Dimensional Imaging, W3A. 1, 2019
32019
The state-of-the-art in computer generated holography for 3D display
D Blinder, T Birnbaum, T Ito, T Shimobaba
Light: Advanced Manufacturing 3, 1-29, 2022
22022
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