-
期刊->Lu
S, Wang C, Tan Z*. Dual D-shaped
plastic optical fiber for simultaneous measurement of refractive index and
temperature based on specklegram, Optics
Express, 2024.4, 15166-15176.
-
期刊->Shun Lu, Zhongwei Tan, ∗ Shuo Kong, AND Danni Zhang, Cost-effective gaze tracking system based on polymer fiber specklegrams, Vol. 49, No. 18 / 15 September 2024 / Optics Letters 5027-5030.
-
期刊->Yangmei Liu, Zhongwei Tan⁎, Zhenyu Gu, Si Sun, Shun Lu, Fiber temperature sensor based on Fabry-Pérot cavity
generating optical Vernier effect, Optical Fiber Technology, 84 (2024) 103727.
-
期刊->ChuHan Ni, Min Zhao, XiaoHang Wang, Jingyi Yan, Xiaoxing Su, Zhongwei Tan*, Research on the application of interferometric optical fiber sensors in high-pressure
gas pipelines, Optical Fiber Technology, 87 (2024) 103862.
-
期刊->Zhang D , Ma X , Lu S ,et al.A Fast and Effective MIMO Algorithm Using CLR-RNN for Hybrid MDM and WDM Optical Communication System[J].IEEE PHOTONICS JOURNAL, 2024(6).
-
期刊->纪文杰、谭中伟*,基于虚像相位阵列的光谱检测中角色散均匀性的研究, 光谱和光谱学,2024.7, 第44卷 ,第7期 , pp 1827-1834.
-
期刊->贾生萍, 卢顺, and 谭中伟. "基于平面光波导的二维色散系统." 光学学报
43.19(2023):1905002.
-
期刊->
Danni Zhang, Zhongwei Tan*, Xinyuan Ma, Shun
Lu,MIMO detection using ALR-CNN in SDM transmission systems,Applied optics, 2023(34):62.
-
期刊-> Lu Shun , Tan Zhongwei*,Zhang Danni , Ji Wenjie , A Spatial Domain Multiplexing Technology for
Fiber Specklegram Sensor, Optical Fiber Technology, 2023, 81:
103505.
-
期刊-> Lu Shun, Zhongwei tan* and Chao
Wang, Multiple side-coupled images recognition in plastic optical fibers based
on deep learning, Optics Communications, 2023: 129709
-
期刊-> Zhang, Danni and Tan Zhongwei*, Time-stretch optical neural
network with time-division multiplexing, Optical Fiber Technology, 80 (2023):
103438.
-
期刊-> Zhang, Danni, and Zhongwei Tan*.
2022. "A Review of Optical Neural Networks" Applied Sciences,2022, 12, no. 11: 5338.
-
期刊-> Lu Shun,Tan Zhongwei*, Li Guangde, Yang
Jingya, A Sensitized Plastic Fiber Sensor for Multi-Point Bending Measurement
Based on Deep Learning, IEEE Photonics Journal, Vol.13, No.5, October, 2021
-
期刊-> Ding Zhichao, Tan Zhongwei, Wu
Beilei, Gao Hongpei, Sensitivity amplification of high birefringence fiber loop
mirror temperature sensor with Vernier effect, Applied Physics B (2021) 127:63
-
期刊-> Menglong Kong, Zhongwei Tan*, Hui Niu, Hongbo Li, and
Hongpei Gao, Microwave Signal Spectrum Broadening
System Based on Time Compression, Current
Optics and Photonics,Vol. 4, No. 4, August 2020
-
期刊-> ZhiChao Ding
,*, ZhongWei Tan, **, YunShu Gao , Yue Wu , Bin Yin , Strain and temperature
discrimination using a fiber Bragg grating concatenated with PANDA
polarization-maintaining fiber in a fiber loop mirror, Optik - International
Journal for Light and Electron Optics 221 (2020) 165352
-
期刊-> 谭中伟;杨婧雅;刘艳;卢顺;张利伟;牛慧,《基于卷积神经网络的增敏型光纤弯曲传感器》,《光学精密工程》,2020年7期
-
期刊-> 卢顺,谭中伟,刘艳,杨婧雅,张利伟,牛慧,“利用神经网络实现多模光纤传输散斑的识别”,《光学学报》,2020年7期
-
期刊-> Zhichao Ding, Zhongwei Tan,
Piaokun Zhang, and Liwei Zhang, "Highly sensitive temperature sensor based
on cascaded HiBi-FLMs with the Vernier effect," J. Opt. Soc. Am. B 37,
Vol. 37, Issue 7, pp.1948-1955, July 2020
-
期刊-> Gao Y, Tan Z, Chen X, et al. A hybrid algorithm for multi-beam steering of LCOS-based wavelength selective switch[J]. IEEE Photonics Journal, 2020, 12(3): 1-11.
-
期刊-> Zhichao Ding* AND Zhongwei Tan, Strain and temperature discrimination based on a Sagnac interferometer with three sections of highbirefringence fibers. Journal of the Optical Society of America B,Vol. 37, No. 2, pp.440-444, February 2020
-
期刊->张利伟,谭中伟,丁志超,杨婧雅,延凤平,基于光纤光栅振动传感的快速检测系统,量子光学学报,26(3):250-257,2020
-
期刊-> Y.
Gao, Z. Tan*, K. Tian, and G. Chen, "Analytical beam propagation
model of micro-lensed fibers for wavelength selective switch," Optics
and Laser Technology, vol. 109, pp. 504-509, Jan 2019.
-
期刊->Z.
Ding, Z. Tan*, X.-X. Su, and D. Cao, "A fast interrogation system of
FBG sensors based on low loss jammed-array wideband sawtooth filter,"
Optical Fiber Technology, vol. 48, pp. 128-133, Mar 2019.
-
期刊->高洪培,谭中伟*,付超,基于多模光纤的光时域滤波器及其在全光载波恢复中的应用,发光学报,40(9),pp.1192-1199
-
期刊->李宏博,谭中伟*,孔梦龙,基于声光调制的线性扫频激光器,中国激光,第46卷; 第12期;pp.1201004G-1-8
-
期刊->孔梦龙,谭中伟*,张琳,基于光纤的光学傅里叶变换实现方法及应用,激光与光电子学进展,56(11),110-116
-
期刊-> Tan
Zhongwei(*); Dandan Cao; Zhichao Ding, Low loss Jammed-array wideband
sawtooth filter based on a finite reflection virtually imaged array, Opt.
Eng. 57(3), 037108 (2018), 037108-1-6.
-
期刊->Tan
Z, Sun J, Li Y, et al. All optical space-to-time mapping using modal
dispersion of multimode fiber[J]. Optics Communications, 2017, 389: 79-84.
-
期刊->谭中伟†,李影,孙剑,任文华,李唐军,“一种高效的基于模式色散的全光积分器”,光电子激光,2016,Vol.27,No.10,pp1029-1035.
-
期刊->Jian
Sun, Zhongwei Tan*, Tangjun Li, and Muguang Wang, “All-optical correlator
based on modal dispersion in multimode fiber”, Asia Communications and
Photonics Conference (ACP) 2015, ASu2A.120
-
期 刊->Ren, Wenhua, and Zhongwei Tan. "A study on the
coupling coefficients for multi-core fibers." Optik-International
Journal for Light and Electron Optics 127.6 (2016): 3248-3252.
-
期 刊->Jian Sun, Zhongwei Tan,* Tangjun Li, and Muguang Wang,
All-optical correlator based on modal dispersion in, Optical Engineering,
Vol.55, No.3, 2016.3, 031119-1-7.
-
期 刊->李卡; 谭中伟*,空间散射光到单模光纤的耦合,红外与激光工程,2016.1,
0122005-1-7
-
期 刊-> Wenhua Ren, Zhongwei Tan, Guobin Ren, Analytical
formulation of super-modes in multi-core fibers with hexagonally
distributed cores , IEEE photonics Journal, 2015, 2, 1943-0655
-
期 刊-> Zhongwei Tan, Ka Li, Fengjie Qin, The Impact of Different
Light Sources on the Optical Correlator Based on Fiber Dispersion,
Microwave and Optical Technology Letters, Vol.57, No.2, February 2015
441-445.
-
期 刊-> Zhi-Bo Liu, Zhongwei Tan, Bin Yin, Yunlong Bai, Shuisheng
Jian,Refractive index sensing characterization of
a singlemode-claddingless-singlemode fiber structure based fiber ring
cavity laser, Optics Express 03/2014;
22(5):5037-42.
-
期 刊-> Tan Zhongwei, Wenhua Ren, Zhibo Liu, Suchun Feng, Zhiwei
Chen, A novel fiber Bragg grating sensor interrogator based on 2-D imaging
system, Applied Optics, 2014.8, Vol. 53, Issue 23, pp. 5259-5263.
-
期 刊-> 谭中伟†,赵峰,李睿,何飞,改进的锯齿形光谱滤波器,光电子.激光,2013.10,vol24,10,
1855-1861
-
期 刊-> 谭中伟*,秦凤杰,任文华,刘艳,光纤色散在光信息处理中的应用,激光与光电子学进展2013,7 (50) 70008 1-10
-
期 刊-> 谭中伟、陈志伟、沈笑笑、任文华、刘艳、延凤平、简水生,“基于虚像相位阵列的二维光谱映射”,红外与激光工程,2013,s01,123-127
-
期 刊-> 秦凤杰 谭中伟(通信作者),宁提纲, 光源带宽对基于光纤色散的光学相关器影响的研究, 光学学报,2013.10,Vol.33, 1006004. 1-6
-
期 刊-> 陈志伟,谭中伟(通信作者),基于虚像相位阵列的高分辨率光纤光栅传感解调,光学学报,2013.,4,vol.33, 422003.1-7
-
期 刊-> 谭中伟,陈志伟,张晓兴,王目光,基于啁啾光纤光栅的时间展宽模数转换系统,光学学报,2012年12,s106001,1
-
期 刊-> 李博,娄淑琴,谭中伟,苏伟.两种基于交叉相位调制的光脉冲压缩方案[J]。物理学报,2012-10,19(61),194203:194203
-
期 刊-> 李博,谭中伟,张晓兴.利用交叉相位调制和四波混频制作的时间透镜的仿真分析[J]。物理学报,2012-01,1(61),14203:14203
-
期 刊-> 谭中伟,陈志伟,张晓兴,王目光.基于啁啾光纤光栅的时间展宽模数转换系统[J]。光学学报,2012-12,32(12),106001:106001
-
期 刊-> 沈笑笑,谭中伟.虚像相位阵列的二维成像原理及其应用[J]。光电技术应用,2012-08,27(4),59:63
-
期 刊-> 陈志伟,谭中伟.光纤光栅传感系统的信号解调[J]。光电技术应用,2012-04,27(2),47:52
-
期 刊-> 谭中伟.Real-time wavelength and
bandwidth-independent optical integrator based on modal dispersion [J]。Optics Express,2012-06,13(20),14109:14116
-
期 刊-> 谭中伟.Jammed-array wideband
sawtooth filter[J]。OPTICS EXPRESS,2011-11,24(19),24563:24568
-
期 刊-> 李博,谭中伟.利用电光相位调制和交叉相位调制制作时间透镜的实验及仿真分析[J]。物理学报,2011-08,8(60)
|