Artikel mit Open-Access-Mandaten - Guijun HuWeitere Informationen
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Performance research of mPPM-QPSK modulation signal for free space optical communication
F Wang, G Hu, T Du, Y Sun, X Hao, J Chen, P Wu
Optics Communications 457, 124646, 2020
Mandate: National Natural Science Foundation of China
A novel MUX/DEMUX based on few-mode FBG for mode division multiplexing system
Y Han, G Hu
Optics Communications 367, 161-166, 2016
Mandate: National Natural Science Foundation of China
Mode demultiplexing based on frequency-domain-independent component analysis
L Zhao, G Hu, L Yan, H Wang, L Li
IEEE Photonics Technology Letters 27 (2), 185-188, 2014
Mandate: National Natural Science Foundation of China
Significant dynamic range and precision improvements for FMF mode-coupling measurements by utilizing adaptive wavelet threshold denoising
F Liu, G Hu, C Chen, W Chen, C Song
Optics Communications 426, 287-294, 2018
Mandate: National Natural Science Foundation of China
Characteristic analysis of two-mode fiber Bragg grating
L Yan, G Hu, J Xiao, Y Chang, S Bai, H Wang
Applied Physics B 117, 1221-1228, 2014
Mandate: National Natural Science Foundation of China
A novel four dimensional constellation shaping with non-uniform signaling for long-haul fiber-optic communication
F Wang, G Hu, Z Li
Optics Communications 486, 126755, 2021
Mandate: National Natural Science Foundation of China
High-order mode fiber laser based on few-mode fiber gratings
S Wang, X Liu, H Wang, G Hu
Optics & Laser Technology 155, 108416, 2022
Mandate: National Natural Science Foundation of China
Measurement of mode coupling distribution along few mode fiber based on two photonic lanterns
W Chen, G Hu, F Liu, C Chen, C Song, J Chen
Optics Communications 428, 136-143, 2018
Mandate: National Natural Science Foundation of China
High-power, low noise, high gain few-mode fiber amplifier
C Yu, W Ma, G Hu
Optics & Laser Technology 169, 110008, 2024
Mandate: National Natural Science Foundation of China
Evaluation of splicing quality in few-mode optical fibers
H Wang, X Li, L Jin, G Hu
Optics Communications 507, 127596, 2022
Mandate: National Natural Science Foundation of China
A fast and efficient frequency-domain-independent component analysis for MDM transmission
L Yan, G Hu
IEEE Photonics Technology Letters 28 (16), 1778-1781, 2016
Mandate: National Natural Science Foundation of China
A compact beamformer of diversity multiplexing of multiple modes by utilizing few-mode long-period fiber gratings
S Wang, G Hu
Optics & Laser Technology 158, 108879, 2023
Mandate: National Natural Science Foundation of China
Measurement of mode coupling in six-mode fiber for mode-division multiplexing system
F Liu, G Hu, W Chen, C Chen
Asia Communications and Photonics Conference, M1B. 2, 2017
Mandate: National Natural Science Foundation of China
Four-dimensional trellis-coded modulation using sphere packing non-cubic constellations
Y Zhang, G Hu, X Yang, Y Sun
Optik 186, 84-92, 2019
Mandate: National Natural Science Foundation of China
Hybrid time–frequency domain equalization based on sign–sign joint decision multimodulus algorithm for 6× 6 mode division multiplexing system
J Li, G Hu, C Gong, L Li
Optics Communications 409, 123-130, 2018
Mandate: National Natural Science Foundation of China
Experimental demonstration of mode filtering based on two-mode fiber Bragg grating
G Hu, Y Han, J Xiao, L Li, H Wang
Optical and Quantum Electronics 47 (7), 1973-1982, 2015
Mandate: National Natural Science Foundation of China
Adaptive unsaturated OFDM multimode fiber communication technique based on zero padding
L Yan, G Hu, D Hou, L Mu, S Jiang
Optik 125 (21), 6496-6499, 2014
Mandate: National Natural Science Foundation of China
2-D beamforming system based on photonic lantern and few-mode fiber Bragg grating
X Liu, M Zhang, P Zhang, G Hu
Optics Communications 530, 129131, 2023
Mandate: National Natural Science Foundation of China
Increased dimensionality of SP-MQAM modulation higher than 4D to 8D
EL Kashero, G Hu, Z Song
Optics Communications 396, 15-18, 2017
Mandate: National Natural Science Foundation of China
Fabrication of parallel integrated few-mode fiber Bragg grating with high-order mode self-coupling reflection
X Liu, M Zhang, G Hu
Optics & Laser Technology 156, 108572, 2022
Mandate: National Natural Science Foundation of China
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