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Yuxi Ruan
Yuxi Ruan
Verified email at uow.edu.au
Title
Cited by
Cited by
Year
Laser self-mixing fiber Bragg grating sensor for acoustic emission measurement
B Liu, Y Ruan, Y Yu, J Xi, Q Guo, J Tong, G Rajan
Sensors 18 (6), 1956, 2018
322018
Measuring linewidth enhancement factor by relaxation oscillation frequency in a laser with optical feedback
Y Ruan, B Liu, Y Yu, J Xi, Q Guo, J Tong
Sensors 18 (11), 4004, 2018
232018
All-fiber laser-self-mixing sensor for acoustic emission measurement
B Liu, Y Ruan, Y Yu
Journal of Lightwave Technology 39 (12), 4062-4068, 2021
222021
High sensitive sensing by a laser diode with dual optical feedback operating at period-one oscillation
Y Ruan, B Liu, Y Yu, J Xi, Q Guo, J Tong
Applied Physics Letters 115 (1), 2019
212019
Modeling for optical feedback laser diode operating in period-one oscillation and its application
B Liu, Y Ruan, Y Yu, Q Guo, J Xi, J Tong
Optics express 27 (4), 4090-4104, 2019
182019
A new algorithm for displacement measurement using self-mixing interferometry with modulated injection current
H Wang, Y Ruan, Y Yu, Q Guo, J Xi, J Tong
IEEE Access 8, 123253-123261, 2020
162020
Improving measurement sensitivity for a displacement sensor based on self-mixing effect
Y Ruan, B Liu, Y Yu, J Xi, Q Guo, J Tong
IEEE Photonics Journal 10 (6), 1-10, 2018
162018
Period-one microwave photonic sensing by a laser diode with optical feedback
B Nie, Y Ruan, Y Yu, Q Guo, J Xi, J Tong
Journal of Lightwave Technology 38 (19), 5423-5429, 2020
152020
3D shape measurement of moving object with FFT-based spatial matching
Q Guo, Y Ruan, J Xi, L Song, X Zhu, Y Yu, J Tong
Optics & Laser Technology 100, 325-331, 2018
122018
Influence of feedback optical phase on the relaxation oscillation frequency of a semiconductor laser and its application
B Liu, Y Ruan, Y Yu, B Wang, L An
Optics Express 29 (3), 3163-3172, 2021
112021
Dual-frequency doppler LiDAR based on external optical feedback effect in a laser
Z Chen, Y Yu, Y Ruan, B Nie, J Xi, Q Guo, J Tong
Sensors 20 (21), 6303, 2020
62020
Determining System Parameters and Target Movement Directions in a Laser Self-Mixing Interferometry Sensor
B Liu, Y Ruan, Y Yu
Photonics 9 (9), 612, 2022
52022
Achieving long distance sensing using semiconductor laser with optical feedback by operating at switching status
B Nie, Y Ruan, Y Yu, Q Guo, C Fang, J Xi, J Tong, H Du
Sensors 22 (3), 963, 2022
52022
Suppression of undamped relaxation oscillation in a laser self-mixing interferometry sensing system
B Liu, B Wang, Y Ruan, Y Yu
Optics Express 30 (7), 11254-11265, 2022
32022
Microwave Photonic Sensing for High Performance Displacement Measurement Based on Period-One Dynamics in a Laser
B Nie, Y Ruan, Y Yu, Q Guo, J Xi, J Tong, H Du
Journal of Lightwave Technology 40 (20), 6737-6744, 2022
22022
Effect of windowing on a sensing signal generated by self-mixing interferometry
H Wang, Y Ruan, Y Yu, J Xi, Q Guo, J Tong
SPIE Future Sensing Technologies 11197, 54-56, 2019
22019
Retrieve the Material Related Parameters from a Self-Mixing Signal Using Wavelet Transform
F Xia, Y Ruan, Y Yu, Q Guo, J Xi, J Tong
2018 IEEE International Frequency Control Symposium (IFCS), 1-4, 2018
22018
Achieving high sensing resolution using a Microwave Photonic Signal generated by a laser diode with a control cavity
Y Ruan, Y Yu, B Liu, Q Guo, J Xi, J Tong
Optics and Lasers in Engineering 158, 107171, 2022
12022
State boundaries in a laser diode with optical feedback and its sensing application
B Nie, Y Ruan, Z Chen, Y Yu, Q Guo, J Xi, J Tong
Applications of Lasers for Sensing and Free Space Communications, LTh4B. 7, 2019
12019
Profile measurement using a self-mixing laser diode
H Wang, Y Ruan, L Cao, Y Yu, J Xi, Q Guo, J Tong, J Zhang
Semiconductor Lasers and Applications VIII 10812, 193-200, 2018
12018
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Articles 1–20