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博士研究生,2009-2013,无线电物理,兰州大学,博士,2013
联合培养博士,2011-2012,通信工程,Aston University
硕士,2007-2009,无线电物理,兰州大学,硕士
本科,2003-2007,电子科学与技术,兰州大学,本科

主要研究方向如下：

1、大容量光纤通信技术；

2、多芯光纤通信技术；

3、智能健康系统的研究；

1、通信原理,本科生
2、光通信技术,本科生

1、面向弹性光网络的多芯光纤通信性能及资源分配研究,2018-2021,2019,向练,国家自然科学基金委员会,1
2、基于基础科学中心项目新时代团队资助模式的优化研究,2020-2021.12,2021.01,向练,国家自然科学基金委员会,1
3、多核光纤通信系统中的信道建模及基于数字反向传输技术的信号恢复,2014-2016,2015,向练,上海交通大学区域光纤通信网与新型光通信系统国家重点实验室开放课题,1
4、基于优化微扰技术的多核光纤耦合非线性信道特性研究,2014-2017,2015,向练,江苏省高校自然科学研究面上项目,1
5、低损耗大有效面积多芯光纤传输链路中的信道建模及传输特性的研究,2015-2017,2016,向练,信息光子学与光通信国家重点实验室（北京邮电大学）开放课题,1

1、Advanced perturbation technique for digital backward propagation in WDM systems,Optics Express,SCI,2013,Lian Xiang,Paul Harper,Xiaoping Zhang,1
2、The Study of Information Capacity in Multi-span Nonlinear Optical Fiber Communication Systems Using a Developed Perturbation Technique,IEEE Journal of Lightwave Technology,SCI,2011,Lian Xiang,Xiaoping Zhang,1
3、Nonlinear Propagation in Multicore Fiber Transmission Link Based on Coupled Mode Analysis,Asia Communications and Photonics Conference,2015,Lian Xiang,Lian Xiang,1
4、Stochastic Crosstalk Analyses for Real Weakly Coupled Multicore Fibers Using a Universal Semi-analytical Model,IEEE Journal of Lightwave Technology,SCI,2021,Wenjie Wang,Lian Xiang
5、Random Perturbations on Crosstalk in Quasi-homogeneous Multi-core Fiber with Bidirectional Transmission,Asia Communications and Photonics Conference,2020,Ke Tong,Lian Xiang
6、Crosstalk Estimation in Multicore Fiber with Bending and Twisting Perturbations,Asia Communications and Photonics Conference,2019,Wenjie Wang,Lian Xiang
7、弱耦合多芯光纤芯间串扰分布特性研究,光学学报,EI,2022,汪文杰,向练,42/2
8、多芯激励下实际多芯光纤芯间串扰特性研究,通信学报,EI,2022.11,向练,潘洪峰,向练,43/11/233-241
9、Evaluation of Crosstalk in Nonlinear Regime for Weakly Coupled Multi-Core Fiber With Random Perturbations Using a Split-Step Numerical Model,IEEE Journal of lightwave technology,SCI,2023,Lian Xiang,Shulin Jin,Lian Xiang,41/17/5729-5736
10、Numerical Estimation of Inter-Core Crosstalk Affected by Stimulated Raman Scattering in Weakly Coupled Multicore Fiber,IEEE Journal of lightwave technology,SCI,2023,Yifan Yu,Lian Xiang
11、Theoretical evaluation of Nonlinear Crosstalk in weakly Multi-core Fiber with Random Perturbations,26th Optoelectronics and Communications Conference (OECC),EI,2021,Shulin Jin,Lian Xiang,T2C. 3. 2021
12、Analysis of nonlinear crosstalk suppression in weakly multi-core fiber based on coupled-power theory,Applied Optics and Photonics China 2021,EI,2021,Hongfeng Pan,Lian Xiang
13、Estimation of Nonlinear Crosstalk in Weakly Coupled Multi-core Fiber,Asia Communications and Photonics Conference,EI,2021,Hongfeng Pan,Lian Xiang
14、Signal-to-noise Ratio Estimation in Weakly Coupled Multi-core Fiber Transmission Systems,Asia Communications and Photonics Conference (ACP2022),EI,2022,Wencheng Li,Lian Xiang
15、Theoretical Derivation of Mode Coupling Coefficient for the Crosstalk of Supermodes in Few-mode Multicore Fiber,Asia Communications and Photonics Conference (ACP2022),EI,2022,Haoyu Rui,Lian Xiang
16、Split-step Crosstalk Analysis in Weakly Multicore Fiber Based on Coupled Nonlinear Schrodinger Equation,International Conference on Optical Communications and Networks,EI,2022,Haoyu Rui,Lian Xiang
17、多跨距非线性光纤链路中基于微扰理论的优化方法,中国激光,EI,2010,向练,37/4/1033-1036

1、一种基于分段思想的实际多芯光纤非线性串扰计算模型,ZL202111631018.8,向练，金树林,发明专利,授权
2、一种防摔感应器,ZL202123296856.2,向练，李小六，陶宇佳,实用新型,授权
3、一种多芯少模光纤模间串扰检测方法及装置,ZL202211131009.7,向练，芮昊宇,发明专利,授权
4、面向C L波段的多芯光纤多波长非线性串扰计算方法,2023106854654,向练,俞益凡,发明专利
5、一种高扭转速率弱耦合多芯光纤串扰检测方法及装置,2023106854654,向练,侯诗文,发明
6、一种多芯光纤串扰检测方法、装置及存储介质,2021116818585,向练,潘洪峰,发明

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