Telecom Compatibility Validation of Quantum Key Distribution Co-Existing with 112 Gbps/λ/core Data Transmission in Non-Trench and Trench-Assistant Multicore Fibers. - Rui Lin 001; Aleksejs Udalcovs; Oskars Ozolins; Xiaodan Pang; Lin Gan; Li Shen 010; Ming Tang 005; Songnian Fu; Sergei Popov; C. Yang; Weijun Tong; Deming Liu; et al. (ECOC, 2018)

Realistic Model for Frequency-Dependent Crosstalk in Weakly-Coupled Multicore Fiber. - Lin Gan; Ming Tang 005; Li Shen 010; Chen Xing; Changjian Ke; Chen Yang; Weijun Tong; Songnian Fu; Deming Liu (OFC, 2018)

Highly Mode Selective 3-Mode Photonic Lantern through Geometric Optimization. - Li Shen 010; Lin Gan; Chen Yang; Weijun Tong; Songnian Fu; Deming Liu; Ming Tang 005 (OFC, 2018)

Ultra-Low Crosstalk Fused Taper Type Fan-In/Fan-Out Devices for Multicore Fibers. - Lin Gan; Jiajun Zhou; Li Shen 010; Xiancong Guo; Yanlin Wang; Chen Yang; Weijun Tong; Li Xia; Songnian Fu; Ming Tang 005; Deming Liu (OFC, 2019)

Discriminative Determination Based on Long-Period Gratings Inscribed in Few-Mode Fibers. - Bing Li; Xuan Zhan; Ming Tang 005; Lin Gan; Liang Huo; Li Shen 010; Songnian Fu; Weijun Tong; Deming Liu (OFC, 2019)

Spontaneous Raman Scattering Effects in Multicore Fibers: Impact on Coexistence of Quantum and Classical Channels. - Rui Lin 001; Lin Gan; Aleksejs Udalcovs; Oskars Ozolins; Xiaodan Pang; Li Shen 010; Sergei Popov; Ming Tang 005; Songnian Fu; Weijun Tong; Deming Liu; Thiago Ferreira da Silva; et al. (OFC, 2019)

Training-Free Feature Extraction of BOTDA Based on Sparse Representation. - Hongxiu Tan; Yating Xiang; Hao Wu 091; Li Shen 010; Kangjie Li; Maoqi Zhang; Can Zhao 002; Lin Gan; Songnian Fu; Ming Tang 005 (OFC, 2020)

Performance enhanced BOTDA sensor using Differential Golay Coding and Deconvolution Algorithm. - Weilun Wei; Li Shen 010; Zhiyong Zhao; Can Zhao 002; Ming Tang 005 (OFC, 2022)

Enabling Variable High Spatial Resolution Retrieval From a Long Pulse BOTDA Sensor. - Zhao Ge; Li Shen 010; Can Zhao 002; Hao Wu 091; Zhiyong Zhao; Ming Tang 005 (IEEE Internet Things J., 2023)