Biography

Yanping Xu is a full professor in the Center for Optics Research and Engineering, Shandong University, Qingdao, Shandong Province, China and is conferred the title of Qilu Outstanding Young Scholar of Shandong University. He received the Bachelor degree in Physics from Jilin University, China, in June 2011 and the Ph.D. degree in Physics from University of Ottawa, Canada, in August 2017. From 2017 to 2018, he was with the Department of Physics, University of Ottawa, Canada, as a postdoctoral fellow. In 2018, he joined Ciena Corporation (Originally known as Nortel Networks Corporation), Ottawa, Canada, as a fiber-optic communication research scientist. He was the recipient of the 2015 NSERC CREATE SERA: Sustainable Engineering in Remote Areas Program Award, the 2015 Xerox Canada Inc. Research Award, the 2016 SPIE Optics and Photonics Education Scholarship, the 2016 Chinese Government Award for Outstanding Self-Financed Students Abroad, and the 2017 Mitacs Elevate Postdoctoral Fellowship.

His research interests focus on fiber optics, including:

1. Multi-parameter point fiber-optic sensors

2. Long-distance distributed fiber-optic sensors

3. Random fiber lasers

4. Concealment of time delay signature in chaotic semiconductor lasers

5. Random number generators

6. Nonlinear optical effects and system optimization in fiber-optic communication systems

Prof. Xu has authored or co-authored over 40 research papers in peer-reviewed journals including Optics Letters, Optics Express, Applied Physics Letters, IEEE Journal of Lightwave Technology, IEEE Photonics Technology Letters and conference proceedings. He has been invited to give oral presentations in OFS, OFC, CLEO, IEEE Sensors, and Photonics North conferences. He has also served as the reviewer of several international peer-reviewed journals including Optics Express, Optics Letters, IEEE Journal of Lightwave Technology, IEEE Photonics Technology Letters, Applied Optics, Optics Communications, and Optical Fiber Technology. As of May 2020, his works have been cited more than 520 times, with an H-index score of 14 according to Google Scholar.

 

Master and Ph.D. student positions are available for those who are interested in scientific researches and engineering applications of photonic areas including optical sensing, laser technology, optical communication, and optoelectronic technology. Prof. Xu can be reached via the following email: yanpingxu@sdu.edu.cn


Education
  • 2013/09/01-2017/08/31
    渥太华大学
    物理学
  • 2011/09/01-2013/08/31
    渥太华大学
    物理学
  • 2007/09/01-2011/06/26
    吉林大学
    物理学
Professional Experience
  • 2019-05 — Now
    山东大学
  • 2018-01 — 2019-05
    美国Ciena通讯公司 (原加拿大北电网络Nortel Networks)
  • 2017-09 — 2019-05
    渥太华大学
Publication
Research direction
Papers

(1)庞玉喜. Unveiling optical rogue wave behavior with temporally localized structures in Brillouin random fiber laser comb .Advanced Photonics Nexus .2024 ,3 (2)

(2)马少年. Humidity Sensing Using a Multimode Fiber Ring Laser with Thermal Compensation .PHOTONICS .2024 ,11 (6)

(3)马少年. Relative Humidity Sensing Based on Passively Mode-Locked Fiber Laser With Polyimide-Coated Fiber .IEEE Sensors Journal .2024 ,24 (5)

(4)马少年. Optomechanically Mode-Locked Laser Sensor for High-Accuracy Temperature Measurement .IEEE Sensors Journal .2024 ,24 (1)

(5)庞玉喜. Unveiling optical rogue wave behavior with temporally localized structures in Brillouin random fiber laser comb .Advanced Photonics Nexus .2024 ,3 (2)

(6)渠帅. Phase Sensitive Optical Time Domain Reflectometry Based on Compressive Sensing .Journal of lightwave technology .2019 (23)

(7)渠帅. Phase sensitive optical time domain reflectometry based on compressive sensing .Journal of lightwave technology .2019 ,37 (23)

(8)庞玉喜. Frequency Comb Generation Based on Brillouin Random Lasing Oscillation and Four-Wave Mixing Assisted with Nonlinear Optical Loop Mirror .PHOTONICS .2023 (3)

(9)马少年. High-Temperature Sensing Based on GAWBS In Silica Single-Mode Fiber .Sensors .2023 (3)

(10)庞玉喜. Broadband high-sensitivity acoustic sensing based on Brillouin random fiber laser .Optics and Laser Technology .2023 (161)

(11)渠帅. Internet of Things Infrastructure Based on Fast, High Spatial Resolution, and Wide Measurement Range Distributed Optic-Fiber Sensors .IEEE Internet of Things Journal .2022 (4):2882

(12)李帅. Long-Distance OFDR With High Spatial Resolution Based on Time Division Multiplexing .Journal of lightwave technology .2023 (17):5763

(13)渠帅. Broadening frequency response of a distributed sparse-wideband vibration sensing via a time-division multi-frequency sub-Nyquist sampling .Optics Express .2020 (10):14237

(14)李帅. Long-Distance OFDR With High Spatial Resolution Based on Time Division Multiplexing .Journal of lightwave technology .2023 ,41 (17)

(15)庞玉喜. Broadband high-sensitivity acoustic sensing based on Brillouin random fiber laser .Optics and Laser Technology .2023 (161)

(16)庞玉喜. Frequency Comb Generation Based on Brillouin Random Lasing Oscillation and Four-Wave Mixing Assisted with Nonlinear Optical Loop Mirror .photoncis .2023 ,10 (3)

(17)马少年. High-Temperature Sensing Based on GAWBS In Silica Single-Mode Fiber .SENSORS-BASEL .2023 ,23 (3)

(18)庞玉喜. Single-longitudinal-mode short-cavity Brillouin random fiber laser via frequency auto-tracking with unpumped-EDF sagnac loop .Infrared Physics & Technology .2022 (127)

(19)徐演平. Simultaneous measurement of relative humidity and temperature based on forward Brillouin scattering in polyimide-overlaid fiber .SENSORS AND ACTUATORS B-CHEMICAL .2021 (348)

(20)徐演平. Compact single-end pumped Brillouin random fiber laser with enhanced distributed feedback .Optics Letters .2020 ,45 (15):4236

(21)渠帅. Distributed fiber vibration sensing with single-shot measurement and moving time-gating method .OPTICS COMMUNICATIONS .2020 ,474 (1)

(22)徐演平. A fully distributed fiber optic sensor for simultaneous relative humidity and temperature measurement with polyimide-coated polarization maintaining fiber .SENSORS AND ACTUATORS B-CHEMICAL .2022 (373)

(23)徐演平. Optical Fiber Sensors for High‐Temperature Monitoring: A Review .Sensors .2022 (22)

(24)庞玉喜. Stabilized Narrow-Linewidth Brillouin Random Fiber Laser With a Double-Coupler Fiber Ring Resonator .Journal of lightwave technology .2022 ,40 (9)

(25)庞玉喜. Low-noise Brillouin random fiber laser with Auto-tracking dynamic fiber grating based on a saturable absorption ring .Infrared Physics and Technology .2022 ,122

(26)渠帅. Internet of Things Infrastructure Based on Fast,High Spatial Resolution and Wide Measurement Range Distributed Optic-Fiber Sensors, .IEEE Internet of Things Journal .2022 ,9 (4):2882

(27)渠帅. High Spatial Resolution Investigation of OFDR Based on Image Denoising Methods .IEEE Sensors Journal .2021 ,21 (17):18871

(28)渠帅. Improvement of Strain Measurement Range via Image Processing Methods in OFDR System .Journal of lightwave technology .2021 ,39 (19):6340

(29)李帅. Broadband Vibration Signal Measurement Based on Multi-Coset Sampling in Phase-Sensitive OTDR System .IEEE Sensors Journal .2022 ,22 (2):1295

(30)徐演平. Simultaneous measurement of relative humidity and temperature based on forward Brillouin scattering in polyimide-overlaid fiber .Sensors and Actuators B-Chemical .2021 (348)

(31)李帅. Long-distance Φ-OTDR with Flexible Frequency Response Based on Time Division Multiplexing .Optics Express .2021 ,29 (21):32833

(32)渠帅. Phase Sensitive Optical Time Domain Reflectometry Based on Compressive Sensing .Journal of lightwave technology .2019 ,37 (23)

(33)刘兆军. Simultaneous measurement of relative humidity and temperature based on forward Brillouin scattering in polyimide-overlaid fiber .Sensor and Actuator B .2021 (348)

(34)徐演平. Compact single-end pumped Brillouin random fiber laser with enhanced distributed feedback .OPTICS LETTERS Journal .2020 ,45 (15):4236

(35)徐演平. Compact single-end pumped Brillouin random fiber laser with enhanced distributed feedback .Optics Letters .2020 ,45 (15)

(36)渠帅. Broadening frequency response of a distributed sparse-wideband vibration sensing via a time-division multi-frequency sub-Nyquist sampling .光学特快 .2020 ,28 (10):14237

(37)渠帅. Distributed fiber vibration sensing with single-shot measurement and moving time-gating method .OPTICS COMMUNICATIONS Journal .2020 ,474

(38)渠帅. Distributed sparse signal sensing based on compressive sensing OFDR .OPTICS LETTERS Journal .2020 ,45 (12)

(39)Mihailov, Stephen J.. Ultrafast Laser Processing of Optical Fibers for Sensing Applications .SENSORS .2021 ,21 (4)

(40)Yanping Xu. Distributed fiber vibration sensing with single-shot measurement and moving time-gating method .Optics communications .2020 ,474 (1)

(41)渠帅,Yanping Xu. Broadening frequency response of a distributed sparse-wideband vibration sensing via a time-division multi-frequency sub-Nyquist sampling .Optics Express .2020 ,28 (10)

(42)Yanping Xu. Real-time physical random bit generation at Gbps based on random fiber lasers .Optics Letters .2017 ,42 (23):4796-4799

(43)Yanping Xu. Time-delay signature suppression in a chaotic semiconductor laser by fiber random grating induced random distributed feedback .Optics Letters .2017 ,42 (20):4107-4110

(44)Yanping Xu. Highly sensitive fiber-random-grating based random laser sensor for ultrasound detection .Optics Letters .2017 ,42 (7):1353-1356

(45)Yanping Xu. Low noise Brillouin random fiber laser with random grating based resonator .Optics Letters .2016 ,41 (14):3197-3200

(46)Yanping Xu. Multi-parameter sensor based on stimulated Brillouin scattering in inverse-parabolic graded-index fiber .Optics Letters .2016 ,41 (6):1138-1141

(47)Yanping Xu. Optical fiber random grating-based multiparameter sensor .Optics Letters .2015 ,40 (23):5514-5517

(48)Yanping Xu. Random Fabry–Perot resonator-based sub-kHz Brillouin fiber laser to improve spectral resolution in linewidth measurement .Optics Letters .2015 ,40 (9):1920-1923

(49)Yanping Xu. Single-mode SOA-based 1kHz-linewidth dual-wavelength random fiber laser .Optics Express .2017 ,25 (14):15828-15837

(50)Yanping Xu. Vibration sensing using a tapered bend-insensitive fiber based Mach-Zehnder interferometer .Optics Express .2013 ,21 (3):3031-3042

(51)Yanping Xu. Time-delay signature concealed broadband gain-coupled chaotic laser with fiber random grating induced distributed feedback .Optics & Laser Technology .2019 ,109

(52)Yanping Xu. Recent Developments in Micro-Structured Fiber Optic Sensors .Fibers .2017 ,5 (1):3

(53)Yanping Xu. Micro-structured fibers and their applications in fiber-optic sensors and random fiber lasers .Canadian Journal of Physics .2018 ,96 (4):359-365

(54)Yanping Xu. Multi-parameter sensor based on random fiber lasers .AIP Advances .2016 ,6 :095009

(55)Yanping Xu. Dispersion effects of high-order-mode fiber on temperature and axial strain discrimination .Photonic Sensors .2015 ,5 :224–234

(56)Shuai Qu. Phase Sensitive Optical Time Domain Reflectometry Based on Compressive Sensing .IEEE Journal of Lightwave Technology .2019 ,37 (23):5766-5772

Patens
Student Information
  • 纪强  2023/09/23 Hits:[] Times
  • 庞玉喜  2023/09/23 Hits:[] Times
  • 纪强  2023/02/18 Hits:[] Times
  • 马少年  2021/07/15 Hits:[] Times
  • 庞玉喜  2020/10/19 Hits:[] Times
  • 张泽南  2020/08/07 Hits:[] Times
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