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Hartmut Hafermann

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2020 – today

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2024
[c12]
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  - conf/ofc/EldahrawyHLNDGHDZFC24
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Tarek Eldahrawy, Abir Hraghi, Abel Lorences-Riesgo, Trung-Hien Nguyen, Iosif Demirtzioglou, Loig Godard, Hartmut Hafermann, Nayla El Dahdah, Yu Zhao, Yann Frignac, Gabriel Charlet:
Parameter Estimation of Semi-Conductor Optical Amplifier Booster based on Digital Signal Processing. OFC 2024: 1-3
2023
[j4]
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  - journals/jocnet/MoretteHFP23
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Nathalie Morette, Hartmut Hafermann, Yann Frignac, Yvan Pointurier:
Machine learning enhancement of a digital twin for wavelength division multiplexing network performance prediction leveraging quality of transmission parameter refinement. J. Opt. Commun. Netw. 15(6): 333-343 (2023)
[c11]
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Hartmut Hafermann, Xiaohui Zhao, Shuqi Yu, Yann Frignac:
Preemphasis-Aware Semiconductor Optical Amplifier Model. OFC 2023: 1-3
2022
[c10]
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Nathalie Morette, Ivan Fernandez de Jauregui Ruiz, Hartmut Hafermann, Yvan Pointurier:
On the Robustness of a ML-based Method for QoT Tool Parameter Refinement in Partially Loaded Networks. OFC 2022: 1-3
2021
[c9]
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  - conf/ecoc/KamelHGSKFC21
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Sarah Kamel, Hartmut Hafermann, Dylan Le Gac, Ludovic Dos Santos, Balázs Kégl, Yann Frignac, Gabriel Charlet:
OSNR prediction for optical links via learned noise figures. ECOC 2021: 1-4
2020
[j3]
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  - journals/tsp/CondoBHL20
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Carlo Condo, Valerio Bioglio, Hartmut Hafermann, Ingmar Land:
Practical Product Code Construction of Polar Codes. IEEE Trans. Signal Process. 68: 2004-2014 (2020)
[i12]
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  - journals/corr/abs-2003-12712
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Bin Chen, Alex Alvarado, Sjoerd van der Heide, Menno van den Hout, Hartmut Hafermann, Chigo Okonkwo:
Analysis and Experimental Demonstration of Orthant-Symmetric Four-dimensional 7 bit/4D-sym Modulation for Optical Fiber Communication. CoRR abs/2003.12712 (2020)

2010 – 2019

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2019
[c8]
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  - conf/ofc/BendimeradZLH19
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Djalal F. Bendimerad, Huijian Zhang, Ingmar Land, Hartmut Hafermann:
Partially Ordered Statistics Demapping for Multi-Dimensional Modulation Formats. OFC 2019: 1-3
[c7]
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Jan-Willem Goossens, Yves Jaouën, Hartmut Hafermann:
Experimental Demonstration of Data Transmission Based on the Exact Inverse Periodic Nonlinear Fourier Transform. OFC 2019: 1-3
[c6]
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  - conf/ps/Heide0HLKHAO19
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Sjoerd van der Heide, Bin Chen, Menno van den Hout, Gabriele Liga, Ton Koonen, Hartmut Hafermann, Alex Alvarado, Chigo Okonkwo:
11, 700 km Transmission at 4.8 bit/4D-sym via Four-dimensional Geometrically-shaped Polarization-Ring-Switching Modulation. OECC/PSC 2019: 1-3
[i11]
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  - journals/corr/abs-1901-06878
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Bin Chen, Chigo Okonkwo, Hartmut Hafermann, Alex Alvarado:
Polarization-ring-switching for nonlinearity-tolerant geometrically-shaped four-dimensional formats maximizing generalized mutual information. CoRR abs/1901.06878 (2019)
[i10]
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  - journals/corr/abs-1904-12824
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Jan-Willem Goossens, Yves Jaouën, Hartmut Hafermann:
Experimental Demonstration of Data Transmission Based on the Exact Inverse Periodic Nonlinear Fourier Transform. CoRR abs/1904.12824 (2019)
[i9]
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  - journals/corr/abs-1904-12828
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Djalal F. Bendimerad, Huijian Zhang, Ingmar Land, Hartmut Hafermann:
Partially Ordered Statistics Demapping for Multi-Dimensional Modulation Formats. CoRR abs/1904.12828 (2019)
[i8]
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  - journals/corr/abs-1910-06803
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Carlo Condo, Valerio Bioglio, Hartmut Hafermann, Ingmar Land:
Practical Product Code Construction of Polar Codes. CoRR abs/1910.06803 (2019)
[i7]
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  - journals/corr/abs-1911-12614
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Jan-Willem Goossens, Hartmut Hafermann, Yves Jaouën:
Data Transmission based on Exact Inverse Periodic Nonlinear Fourier Transform, Part I: Theory. CoRR abs/1911.12614 (2019)
[i6]
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  - journals/corr/abs-1911-12615
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Jan-Willem Goossens, Hartmut Hafermann, Yves Jaouën:
Data Transmission based on Exact Inverse Periodic Nonlinear Fourier Transform, Part II: Waveform Design and Experiment. CoRR abs/1911.12615 (2019)
2018
[c5]
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  - conf/ecoc/ChenOHA18
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Bin Chen, Chigo Okonkwo, Hartmut Hafermann, Alex Alvarado:
Increasing Achievable Information Rates via Geometric Shaping. ECOC 2018: 1-3
[c4]
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  - conf/istc/YanMHGFHZLL18
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Xi Yan, Raquel G. Machado, Kechao Huang, Frederic Gabry, Marc P. C. Fossorier, Hartmut Hafermann, Huijian Zhang, Ingmar Land, Raymond W. K. Leung:
Capacity Analysis of Delayed Bit Interleaved Coded Modulation. ISTC 2018: 1-5
[c3]
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Djalal F. Bendimerad, Hartmut Hafermann, Huijian Zhang:
Nonlinearity-tolerant 8D Modulation Formats by Set-partitioning PDM-QPSK. OFC 2018: 1-3
[i5]
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  - journals/corr/abs-1804-08850
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Bin Chen, Chigo Okonkwo, Hartmut Hafermann, Alex Alvarado:
Increasing Achievable Information Rates via Geometric Shaping. CoRR abs/1804.08850 (2018)
2017
[i4]
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  - journals/corr/GoossensYJH17
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Jan-Willem Goossens, Mansoor I. Yousefi, Yves Jaouën, Hartmut Hafermann:
Polarization-Division Multiplexing Based on the Nonlinear Fourier Transform. CoRR abs/1707.08589 (2017)
[i3]
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  - journals/corr/abs-1712-05141
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Djalal F. Bendimerad, Hartmut Hafermann, Huijian Zhang:
Nonlinearity-tolerant 8D modulation formats by set-partitioning PDM-QPSK. CoRR abs/1712.05141 (2017)
2016
[c2]
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  - conf/isit/KaradimitrakisM16
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Apostolos Karadimitrakis, Aris L. Moustakas, Hartmut Hafermann, Axel Müller:
Optical fiber MIMO channel model and its analysis. ISIT 2016: 2164-2168
[c1]
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  - conf/spawc/MachadoTHT16
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Raquel G. Machado, Beatrice Tomasi, Hartmut Hafermann, Stefano Tomasin:
Design of MLSD-based receivers for short-range optical communications using the Volterra expansion. SPAWC 2016: 1-6
[i2]
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Apostolos Karadimitrakis, Aris L. Moustakas, Hartmut Hafermann, Axel Müller:
Optical Fiber MIMO Channel Model and its Analysis. CoRR abs/1604.02825 (2016)
[i1]
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Raquel G. Machado, Beatrice Tomasi, Hartmut Hafermann, Stefano Tomasin:
Design of MLSD-Based Receivers for Short-Range Optical Communications Using the Volterra Expansion. CoRR abs/1605.07943 (2016)
2015
[j2]
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  - journals/cphysics/ParcolletFAHKMS15
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Olivier Parcollet, Michel Ferrero, Thomas Ayral, Hartmut Hafermann, Igor Krivenko, Laura Messio, Priyanka Seth:
TRIQS: A toolbox for research on interacting quantum systems. Comput. Phys. Commun. 196: 398-415 (2015)
2013
[j1]
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  - journals/cphysics/HafermannWG13
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Hartmut Hafermann, Philipp Werner, Emanuel Gull:
Efficient implementation of the continuous-time hybridization expansion quantum impurity solver. Comput. Phys. Commun. 184(4): 1280-1286 (2013)

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