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Thomas Schneider 0010
Person information
- affiliation: TU Braunschweig, Germany
- affiliation (2000 - 2014): Hochschule für Telekommunikation Leipzig, Germany
- affiliation (PhD 2000): Brandenburgische Technische Universität Cottbus-Senftenberg, Germany
Other persons with the same name
- Thomas Schneider — disambiguation page
- Thomas Schneider 0001
— Technical University Munich, Limnological Station Iffeldorf, Germany
- Thomas Schneider 0002
- Thomas Schneider 0003
- Thomas Schneider 0004 — Vienna University of Technology, Austria
- Thomas Schneider 0005 — SAP AG, Germany
- Thomas Schneider 0006 — Darmstadt University of Technology, Institute of Microelectronic Systems, Germany
- Thomas Schneider 0007
- Thomas Schneider 0008 — Friedrich-Alexander-Universität Erlangen-Nürnberg, Germany
- Thomas Schneider 0009 — University of Trier, Germany
- Thomas Schneider 0011 — Siemens
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2020 – today
- 2024
- [j10]Sourav Dev
Energy-Efficient Forward-Biased PIN Silicon Mach-Zehnder Modulator With 50 μm Active Phase Shifter Length. IEEE Access 12: 43932-43939 (2024) - 2023
- [j9]Mohamed I. Hosni
Low-Bandwidth Photonics-Assisted Receiver for Broad-Bandwidth Wireless Signals. IEEE Access 11: 44260-44266 (2023) - [j8]Younus Mandalawi
High-Bandwidth Coherent OFDM-Nyquist-TDM Transceiver With Low-Bandwidth Electronics. IEEE Access 11: 58244-58253 (2023) - [j7]Mohamed I. Hosni
Orthogonal Sampling-Based Broad-Band Signal Generation With Low-Bandwidth Electronics. IEEE Open J. Commun. Soc. 4: 2930-2938 (2023) - [c6]Mohamed I. Hosni, Janosch Meier
Wide-Bandwidth, Enhanced-Quality Wireless Signal Detection with Low-Bandwidth Devices. OFC 2023: 1-3 - 2022
- [j6]Mohamed I. Hosni
Filterless and Compact ANy-WDM Transmission System Based on Cascaded Ring Modulators. IEEE Access 10: 122226-122233 (2022) - [c5]Arijit Misra, Stefan Preussler, Karanveer Singh, Janosch Meier, Thomas Schneider:
Modulation Format Aggregation of Nyquist channels by Spectral Superposition with Electro-Optic Modulators. OFC 2022: 1-3 - 2021
- [j5]Souvaraj De
Analysis of Non-Idealities in the Generation of Reconfigurable Sinc-Shaped Optical Nyquist Pulses. IEEE Access 9: 76286-76295 (2021) - [j4]Cheng Feng
Benefits of Spectral Property Engineering in Distributed Brillouin Fiber Sensing. Sensors 21(5): 1881 (2021) - 2020
- [j3]Souvaraj De
Design and Simulation of Thermo-Optic Phase Shifters With Low Thermal Crosstalk for Dense Photonic Integration. IEEE Access 8: 141632-141640 (2020) - [j2]Jaffar Emad Kadum
Characterization of the Noise Induced by Stimulated Brillouin Scattering in Distributed Sensing. Sensors 20(15): 4311 (2020)
2010 – 2019
- 2019
- [j1]Cheng Feng
Measurement Accuracy Enhancement via Radio Frequency Filtering in Distributed Brillouin Sensing. Sensors 19(13): 2878 (2019) - 2015
- [c4]Stefan Preussler
Optical spectrum analysis with kHz resolution based on polarization pulling and local oscillator assisted Brillouin scattering. ECOC 2015: 1-3 - 2014
- [c3]Hassanain Al-Taiy, Norman Wenzel, Stefan Preußler
Ultra-narrow line-width, stable and widely tuneable laser source for coherent optical communication systems. ECOC 2014: 1-3 - [c2]Camille-Sophie Brès
Towards highest spectral efficiency: Optical sinc-shaped Nyquist pulses generation from rectangular frequency comb. ICTON 2014: 1-4 - 2013
- [c1]Stefan Treff, Stefan Preussler, Thomas Schneider:
Measuring the spectra of advanced optical signals with an extension of an electrical network analyzer. OFC/NFOEC 2013: 1-3
Coauthor Index
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