童峥嵘

Journal Articles

1. Xinbo Liu, Zheng-Rong Tong, Weihua Zhang, Xue Wang, Hao Wang (2026). Interval-adjustable and switchable multi-wavelength erbium-doped fiber laser based on lyot filter cascaded mpm filter. Journal of Russian Laser Research.DOI
2. Jian Shi, Zheng-Rong Tong, Hao Wang, Peng Guo, Yixi Liu, Kexin Huang, Yipeng Tao (2026). Research on a high-sensitivity open-cavity fiber interferometer enables wide-range glucose concentration measurement sensor with the assistance of DCNN. Optics and lasers in engineering.DOI
3. Xue Wang, Xiaonuo Gao, Xuyang Cui, Zheng-Rong Tong, Weihua Zhang, Lei Jing (2026). A hybrid EMD and RBFNN approach to suppress dispersion-induced errors in polarized low-coherence interferometric pressure demodulation. Measurement.DOI
4. Xingyu Ji, Weihua Zhang, Zheng-Rong Tong, Hao Wang, Peng Guo (2026). A PQF Refractive Index and Temperature Sensor Optimized by Parallel Neural Network Combining PatchTST and LSTM. Plasmonics.DOI
5. Kexin Huang, Zheng-Rong Tong, Hao Wang, Weihua Zhang, Peng Guo, Jian Shi, Jinlin Mu (2026). High-Sensitivity Spindle-Shaped Optical Fiber Sensor with Neural Network for Wide-Range Micro-Displacement Measurement. Optics Communications.DOI
6. Weihua Zhang, Xingyu Ji, Zheng-Rong Tong, Hao Wang, Peng Guo (2026). Dual-parameter lossy mode resonance photonic quasicrystal fiber sensor based on deep learning prediction of resonance wavelength. Measurement science and technology.DOI
7. Jian Shi, Zheng-Rong Tong, Peng Guo, Hao Wang, Kexin Huang (2026). DCNN-Attention enhanced optical fiber glucose sensor with ultra-high sensitivity based on the optical Vernier effect. Measurement.DOI
8. 童峥嵘，王昊，白媛，荆雷（2025）. 基于新工科的通信工程专业特色建设研究与实践. 《北京高校电子信息类专业群暨教育部电子信息类专业虚拟教研室全国院校教育教学研究成果论文集》.DOI
9. 宫铭举，朱林琳，田峪，张义林，童峥嵘，姜道连，王雪，胡世会（2025）. 基于Proteus的STM32项目式教学创新研究. 《北京高校电子信息类专业群暨教育部电子信息类专业虚拟教研室全国院校教育教学研究成果论文集》.DOI
10. 肖之雨，荆雷，童峥嵘，杨琨，于建萍，李泽（2025）. 基于OOK和ACO-OFDM的分层混合可见光通信系统. 《光通信技术》.DOI
11. 白媛，童峥嵘，王俊峰，韩萍（2025）. 校企合作指导本科毕业设计的探索. 《北京高校电子信息类专业群暨教育部电子信息类专业虚拟教研室全国院校教育教学研究成果论文集》.DOI
12. 王昊，童峥嵘（2025）. 大模型驱动下Python程序设计教学模式创新研究. 《北京高校电子信息类专业群暨教育部电子信息类专业虚拟教研室全国院校教育教学研究成果论文集》.DOI
13. Muhua Wang, Zheng-Rong Tong, Weihua Zhang, Danyang Liu, Yixi Liu, Xue Wang (2025). Temperature-insensitive U-shaped liquid level sensor based on single-mode fiber cascaded with double spheres. Applied physics B.DOI
14. Chuanyin Shang, Peng Li, Zheng-Rong Tong, Hao Wang, Sibo Li (2025). Research on high-accuracy classification of temperature signals based on OFDR technology and EfficientNet. Other Conferences.DOI
15. Pengxiang Li, Hao Wang, Zheng-Rong Tong, Weihua Zhang, Jing Ma (2025). Machine learning-assisted multi-objective optimization of photonic crystal fiber SPR sensors. Photonics and Nanostructures - Fundamentals and Applications.DOI
16. Jing Ma, Hao Wang, Zheng-Rong Tong, Pengxiang Li (2025). Highly sensitive V-groove refractive index sensor based on Box-Behnken design optimization and DNN prediction. Optics Communications.DOI
17. Zheng-Rong Tong, Yinghan Yue, Dian-You Song (2025). Tunable and switchable erbium-doped fiber laser based on parallel dual Lyot filters cascaded with a Sagnac loop. Laser physics.DOI
18. Aoao Wang, Zheng-Rong Tong, Hao Wang, Weihua Zhang (2025). A High-Sensitivity Microchannel Surface Plasmon Resonance Refractive Index Sensor Based on PSO-BP Neural Network. Proceedings of the 2025 2nd International Conference on Industrial Automation and Robotics.DOI
19. Cai Wang, Weihua Zhang, Daolian Jiang, Zheng-Rong Tong, Hao Wang (2025). PAPR reduction hybrid scheme for VLC systems based on conventional algorithm and neural network. Other Conferences.DOI
20. Peng Li, Chuanyin Shang, Zheng-Rong Tong, Hao Wang, F. Su (2025). A fast demodulation algorithm for large-range temperature data classification using CNN in OFDR. Journal of Modern Optics.DOI
21. Peng Li, Chuanyin Shang, Zheng-Rong Tong, Hao Wang (2025). Temperature sensitivity enhancement of OFDR fibers based on PDMS/Glycerol films. Optical materials (Amsterdam).DOI
22. Muhua Wang, Zheng-Rong Tong, Weihua Zhang (2025). Temperature-insensitive liquid level sensor based on U-shaped SMF. International Conference on Optoelectronic Materials and Devices.DOI
23. Yunqian Zhang, Zheng-Rong Tong, Hao Wang, Xue Wang (2025). DNN and Polar Codes for Enhanced Performance in CO-OFDM Systems. Proceedings of the 2025 2nd International Conference on Industrial Automation and Robotics.DOI
24. Ye Tian, Lei Jing, Zheng-Rong Tong, Peng Li, Xue Wang, Hao Wang, Zhonghan Wang, Yong-Sheng Jiang (2025). Visible light positioning system based on an improved weighted k-nearest neighbor algorithm. Other Conferences.DOI
25. Xiaotong Mao, Lei Jing, Zheng-Rong Tong, Weihua Zhang, Peng Li, Xue Wang, Hao Wang, Tianyi Cao, Zheng Sun (2025). Indoor visible light positioning system driven by deep neural network based on Kalman filtering and clustering optimization. Optics Communications.DOI
26. Yong-Sheng Jiang, Lei Jing, Zheng-Rong Tong, Peng Li, Xue Wang, Hao Wang, Ye Tian, Zhonghan Wang (2025). Measurement of white light semiconductor laser junction temperature based on center-of-mass wavelength and integration width. Other Conferences.DOI
27. Hao Zhou, Weihua Zhang, Zheng-Rong Tong, Hao Wang (2025). Channel Estimation Method for VLC Systems Based on Residual Network and Kalman Filtering. Proceedings of the 2025 2nd International Conference on Industrial Automation and Robotics.DOI
28. Ye Tian, Lei Jing, Zheng-Rong Tong, Kun Yang, Dandan Huang, Peng Li, Xue Wang, Hao Wang, Zhonghan Wang, Yong-Sheng Jiang (2025). Visible light positioning system based on stacking learning model. Optics Communications.DOI
29. Xue Wang, Jiahui Qu, Zheng-Rong Tong, Weihua Zhang, Lei Jing, Xiaonuo Gao (2025). Design and implementation of a spiral-structured fiber-optic Fabry–Perot accelerometer for high sensitivity and low cross-axis interference. Optical fiber technology (Print).DOI
30. Pengxiang Li, Hao Wang, Zheng-Rong Tong, Weihua Zhang, Jing Ma (2025). MLP-optimized arc-PCF surface plasmon resonance sensor for refractive index detection. Optics Communications.DOI
31. Zhao Chang, Weihua Zhang, Zheng-Rong Tong, Xue Wang, Hao Wang (2025). Switchable and broadly wavelength-interval-tunable multi-wavelength EDFL based on dual-channel Sagnac loop. Optical fiber technology (Print).DOI
32. Zhiyu Xiao, Lei Jing, Zheng-Rong Tong, Kun Yang, Jianping Yu, Ze Li (2024). OOK and ACO-OFDM hybrid system for IM/DD Visible Light Communication. International Conference on Optical Communications and Networks.DOI
33. Weihua Zhang, Xinbo Liu, Yanmei Shi, Zheng-Rong Tong, Xue Wang, Hao Wang (2024). Spacing-adjustable and switchable multi-wavelength erbium-doped fiber laser using the filter of MMF–PMF–MMF based on PHB. Applied physics B.DOI
34. Danyang Liu, Zheng-Rong Tong, Weihua Zhang, Muhua Wang, Yixi Liu, Yanmei Shi (2024). Research on High Sensitive Refractive Index Sensor Based on D-Single Mode Fiber. IEEE Photonics Technology Letters.DOI
35. Jinlin Mu, Weihua Zhang, Zheng-Rong Tong, Haozheng Yu, Yipeng Tao, Xue Wang (2024). Research on Temperature-Insensitive Micro-Displacement Sensor Cascaded With Spherical Structure. IEEE Photonics Technology Letters.DOI
36. Weihua Zhang, Yixi Liu, Zheng-Rong Tong, Xue Wang, Yipeng Tao, Haozheng Yu, Jinlin Mu (2024). Balloon-Shaped SMF Blood Glucose Concentration and Temperature Sensor Based on Core-Offset Structure. Italian National Conference on Sensors.DOI
37. Zheng-Rong Tong, Sibo Li, Peng Li (2024). Study of Large Strain OFDR Sensor Based on Inclined Transfer Structure. J. Circuits Syst. Comput..DOI
38. Yixi Liu, Weihua Zhang, Zheng-Rong Tong, Xue Wang, Danyang Liu, Muhua Wang, Haozheng Yu (2024). Research on MZI sensor for refractive index and temperature based on D-shaped no core fiber. Optical materials (Amsterdam).DOI
39. Tianhao Zhang, Zheng-Rong Tong, Zhihong Liu, Hao Wang, Weihua Zhang, Nan Zhang (2024). A novel PAPR reduction scheme based on time-delay neural network for CO-OFDM systems. Optical fiber technology (Print).DOI
40. Lei Jing, Haozheng Yu, Zheng-Rong Tong, Weihua Zhang, Yipeng Tao, Jinlin Mu (2024). Temperature-insensitive optical fiber sensor based on SMF-NCF-FMF-NCF-SMF spindle-shaped structure for refractive index measurement. Applied physics B.DOI
41. Muhua Wang, Zheng-Rong Tong, Weihua Zhang, Xue Wang, Danyang Liu (2024). Temperature-insensitive liquid level sensor based on a U-shaped cascade core-offset structure. Applied Optics.DOI
42. Yixi Liu, Weihua Zhang, Zheng-Rong Tong, Xue Wang, Yipeng Tao, Jing Ma (2024). Micro-Spherical D-Shaped No Core Fiber-Based MZI Sensor for RI Sensing With Temperature Compensation. IEEE Sensors Journal.DOI
43. Xue Wang, Xuyang Cui, Zheng-Rong Tong, Jun-Feng Jiang, Shuang Wang, Tie-Gen Liu (2024). Dual-Parameter Correction Method for Dispersion Compensation in Polarized Low-Coherence Interferometry With High Accuracy. Journal of Lightwave Technology.DOI
44. Ze Li, Lei Jing, Zheng-Rong Tong, Kun Yang, Jianping Yu, Zhiyu Xiao (2024). Prediction of junction temperature of white LED based on central wavelength and relative parameter of chromaticity coordinates. Optical materials (Amsterdam).DOI
45. Zheng-Rong Tong, Jian-Qiang Xin, Xue Wang, Weihua Zhang (2023). High-Sensitivity Fiber-Optic Fabry–Perot Acceleration Sensor Based on a Cascaded-Curved Beams Structure. IEEE Sensors Journal.DOI
46. Tianhao Zhang, Zheng-Rong Tong, Hao Wang, Weihua Zhang, Yuan Bai (2023). A novel PAPR reduction scheme based on nonlinear real-valued support vector regression for CO-OFDM systems. Optics Communications.DOI
47. Zheng-Rong Tong, Tianhao Zhang, Nan Zhang, Weihua Zhang, Yuan Bai (2023). A Novel PAPR Reduction Scheme Using ISLM Cascading Neural Network-Based Companding Algorithm for CO-OFDM Systems. International Conference on Optical Communications and Networks.DOI
48. Haozheng Yu, Zheng-Rong Tong, Miaoyun Dong, Weihua Zhang (2023). Temperature-insensitive sensor based on U-shaped few-mode fiber for blood glucose brix measurement. International Conference on Optical Communications and Networks.DOI
49. Nan Zhang, Zheng-Rong Tong, Weihua Zhang, Ye Liu（2022）. 基于DCT级联ICF算法降低相干光正交频分复用系统峰均抑制比. Acta Photonica Sinica.DOI
50. 李婷婷，童峥嵘，张卫华，刘叶 (2021). Improved ACE and ICF low complexity joint algorithm to reduce PAPR of CO-OFDM system. Optoelectronics Letters.
51. 刘叶，童峥嵘，张卫华，李婷婷，王明旭 (2021). A hybrid algorithm for reducing PAPR of CO-OFDM system based on fast Hadamard transformation cascading SLM. Optoelectronics Letters.
52. 徐招君，王明旭，肖友鹏，张集，巩澳，魏俊玲，童峥嵘（2021）. 基于LabVIEW的跳频抗干扰传输系统实验研究. 《天津理工大学学报》.
53. 李德贵，冯珺，王明旭，童峥嵘（2020）. 锥-单模光纤-细芯光纤-球结构的复合干涉型传感器温度特性研究. 《光电子·激光》.DOI
54. 仲怡美，童峥嵘，宋殿友，张卫华，秦娟，高文林 (2020). Refractive index and temperature sensor based on cleaved taper and spherical structure. Optoelectronics Letters.
55. 李婷婷，童峥嵘（2020）. 提高CO-OFDM系统性能的ACE-IPTS联合算法. 《光通信技术》.DOI
56. 李佳昕，童峥嵘，赵旭栋，张卫华，秦娟 (2020). Simultaneous measurement of temperature and humidity based on spherical structure optical fiber interferometer. Optoelectronics Letters.
57. 秦娟，李琨，童峥嵘，吕联荣，程志华，夏丹，刘菲（2019）. 地方高校工程人才培养多维度及可量化评学方法的研究——以天津理工大学为例. 《中国现代教育装备》.DOI
58. 童峥嵘，马秀荣，宫铭举，白媛，秦娟（2019）. 应用型通信工程专业工程实践教学环节的实现. 《中国现代教育装备》.DOI
59. 童峥嵘，马秀荣，秦娟，张卫华（2019）. 创新训练项目促进大学生综合素养的提高. 《教育现代化》.DOI
60. 童峥嵘，孙立立，秦娟，张卫华 (2019). Research on SFTS structure based optical fiber sensor. Optoelectronics Letters.
61. 秦娟，李琨，吕联荣，夏丹，童峥嵘（2019）. 基于社会期许，以评学为抓手促进工程人才培养. 《大学教育》.
62. 童峥嵘，胡亚农，张卫华 (2018). PAPR reduction in CO-OFDM systems using IPTS and modified clipping and filtering. Optoelectronics Letters.
63. 陈家乐，陶玉敏，梅笑冰，仲怡美，童峥嵘（2018）. 双锥结构的SMS干涉型温度传感. 《光通信技术》.
64. 胡亚农，童峥嵘（2018）. IPTS压扩算法降低CO-OFDM系统PAPR的研究. 《光通信技术》.
65. 陈少华，郝赫，冷文秀，童峥嵘，李燕（2018）. 基于光纤光栅倏逝波传感器的成品油挥发气体温度检测. 《物理与工程》.
66. 曹晔，杨菁芃，童峥嵘，许东（2018）. 基于高双折射光子晶体光纤与光栅对的微波光子滤波器. 《南开大学学报(自然科学版)》.
67. 陈娇，童峥嵘，张卫华，薛力芳（2018）. 采用复合滤波器的温度可调谐多波长光纤激光器（英文）. 《红外与激光工程》.
68. 仲怡美，孟昭，王雪，童峥嵘（2017）. 基于球形结构和少模光纤的干涉型温度传感器. 《光通信技术》.
69. 赵爱红，曹晔，童峥嵘（2017）. 基于多波长激光器和MZ干涉仪的可调谐可重构微波光子滤波器. 《南开大学学报(自然科学版)》.
70. 李鑫阳，曹晔，许东，童峥嵘，杨菁芃 (2017). A widely tunable microwave photonic notch filter with adjustable bandwidth based on multi-wavelength fiber laser. Optoelectronics Letters.
71. 曹晔，赵月，童峥嵘，王艳 (2017). Magnetic field sensor based on peanut-shape structure and multimode fiber. Optoelectronics Letters.
72. 许东，曹晔，童峥嵘，杨菁芃 (2017). A continuously tunable microwave photonic notch filter with complex coefficient based on phase modulation. Optoelectronics Letters.
73. 王艳，童峥嵘，张卫华，栾盼盼，赵月，薛力芳 (2017). Research on optical fiber magnetic field sensors based on multi-mode fiber and spherical structure. Optoelectronics Letters.
74. 曹晔，杨菁芃，童峥嵘，赵爱红（2017）. 基于高双折射光子晶体光纤和无限脉冲响应的微波光子滤波器. 《南开大学学报(自然科学版)》.
75. 曹晔，杨菁芃，童峥嵘，许东（2016）. 基于高双折射光子晶体光纤与光纤环的超宽带可调谐微波光子滤波器. 《光子学报》.
76. 赵月，曹晔，童峥嵘，王艳（2016）. 可双参量同时测量的光纤磁场传感器. 《光子学报》.
77. 张卫华，刘梦颖，童峥嵘，曹晔（2016）. 基于并行SMS结构的可开关可调谐掺铒光纤激光器. 《光电子·激光》.DOI
78. 许东，曹晔，童峥嵘，杨菁芃 (2016). Microwave photonic notch filter with complex coefficient based on four wave mixing. Optoelectronics Letters.
79. 童峥嵘，王雅茹（2016）. 基于DCT和改进的TPWC降低CO-OFDM系统PAPR. 《光通信技术》.
80. 童峥嵘，杨贺，曹晔 (2016). Tunable and switchable dual-wavelength erbium-doped fiber laser based on in-line tapered fiber filters. Optoelectronics Letters.
81. 童峥嵘，杨贺，张卫华 (2016). Tunable fiber laser based on a cascaded structure consisting of in-line MZI and traditional MZI. Optoelectronics Letters.
82. 许东，曹晔，赵爱红，童峥嵘 (2016). A microwave photonic filter based on multi-wavelength fiber laser and infinite impulse response. Optoelectronics Letters.
83. 曹晔，赵月，童峥嵘，王艳 (2016). Optical fiber magnetic field sensors with peanut-shape structure cascaded with LPFG. Optoelectronics Letters.
84. 曹晔，赵舜，童峥嵘（2015）. 基于碲酸盐的新型单芯光子晶体光纤偏振分束器. 《光子学报》.
85. 曹晔，陈磊，鹿楠，童峥嵘（2015）. 基于Sagnac环和M-Z级联的可调谐掺铒光纤激光器. 《光电子·激光》.DOI
86. 曹晔，陈磊，童峥嵘（2015）. 基于光子晶体光纤Lyot-Sagnac环的可调谐微波光子滤波器. 《光子学报》.
87. 曹晔，刘文，赵舜，童峥嵘，刘慧莹（2015）. 基于光子晶体光纤和单模光纤错芯结构的光纤传感器. 《光电子·激光》.
88. 童峥嵘，刘颖慧，曹晔（2015）. 100Gb/s高速PDM-CO-OFDM系统峰值平均功率比抑制性能研究. 《光学学报》.
89. 童峥嵘，郭尊礼，曹晔，张卫华（2015）. 小波包变换对CO-OFDM系统高峰均比的抑制性能研究. 《光子学报》.
90. 曹晔，赵晨，童峥嵘（2015）. 可双参量同时测量的干涉型全光纤传感器. 《光子学报》.
91. 曹晔，陈磊，童峥嵘（2015）. 基于相位调制和光子晶体光纤Sagnac环的可调谐微波光子滤波器. 《光子学报》.
92. 童峥嵘，胡桂彬，曹晔，张卫华 (2015). Performance of CO-OFDM system with RS-Turbo concatenated code. Optoelectronics Letters.
93. 曹晔，刘慧莹，童峥嵘，袁硕，赵舜 (2015). Simultaneous measurement of temperature and refractive index based on a core-offset Mach-Zehnder interferometer cascaded with a long-period fiber grating. Optoelectronics Letters.
94. 童峥嵘，胡桂彬，曹晔，张卫华 (2015). Research on the transmission performance of turbo codes in DDO-OFDM system. Optoelectronics Letters.
95. 曹晔，赵晨，童峥嵘 (2015). All fiber sensor based on Mach-Zehnder interferometer for simultaneous measurement of temperature and refractive index. Optoelectronics Letters.
96. 童峥嵘，刘梦颖，曹晔，张卫华，郝霞 (2015). Switchable dual-wavelength erbium-doped fiber laser with tunable wavelength. Optoelectronics Letters.
97. 张祖锋，董恩增，谷海青，童峥嵘，陈超（2015）. 大学生创新实验室开放模式研究与实践. 《实验室科学》.
98. 赵舜，曹晏君，曹晔，童峥嵘（2015）. 一种基于As2Se3的微结构纤芯高双折射光子晶体光纤. 《南开大学学报(自然科学版)》.
99. 张丽丽，童峥嵘，曹晔，张卫华（2014）. 基于多波长光纤激光器和色散器件级联的微波光子带通滤波器. 《中国激光》.
100. 童峥嵘，刘畅，曹晔，张卫华（2014）. 分数阶傅里叶变换结合高峰均比抑制算法对CO-OFDM系统的影响分析. 《光子学报》.
101. 王江昀，曹晔，逯艳杰，童峥嵘（2014）. 一种基于肖特玻璃的新型高双折射光子晶体光纤. 《光子学报》.
102. 童峥嵘，杨娇，曹晔，苏军（2014）. 基于腐蚀型多模光纤的干涉型传感器实现温度和液位同时测量. 《光电子·激光》.DOI
103. 童峥嵘，韩伟，曹晔（2014）. 基于多模光纤偏芯熔接实现温度和折射率同时测量的光纤传感器. 《光学学报》.
104. 曹晔，裴庸惟，杨寅飞，童峥嵘 (2014). Study on the sensing characteristics of a local micro-structured long period fiber grating. Optoelectronics Letters.
105. 袁其平，吴丽娜，童峥嵘，曹晔，张卫华（2014）. 基于单边带调制的前馈技术压缩半导体激光器线宽. 《红外与激光工程》.
106. 潘洪刚，童峥嵘，张爱玲，宋殿友，薛玉明（2014）. 基于级联多模布拉格光栅和高精细度滤波器的可调谐双波长窄线宽掺铒光纤激光器. 《红外与激光工程》.
107. 曹晔，刘策，童峥嵘 (2014). A variable coefficient microwave photonic filter based on multi-wavelength fiber laser and Mach-Zehnder interferometer. Optoelectronics Letters.
108. 曹晔，冀志华，赵军发，童峥嵘（2013）. 宽带可调谐双频移多波长布里渊光纤激光器. 《光电子·激光》.DOI
109. 曹晔，崔丹宁，童峥嵘，赵健（2013）. 基于碲酸盐玻璃的新型双芯光子晶体光纤偏振分束器. 《中国激光》.
110. 曹晔，王江昀，童峥嵘（2013）. 基于微结构纤芯的超低损耗多零色散点的高双折射光子晶体光纤. 《中国激光》.
111. 曹晔，贾国强，赵军发，童峥嵘（2013）. 基于反馈光纤环的双波长单纵模光纤激光器. 《光电子·激光》.
112. 刘畅，童峥嵘，曹晔，张卫华（2013）. 分数阶傅里叶变换对CO-OFDM系统高峰均功率比的抑制性能研究. 《激光与光电子学进展》.
113. 杨秀峰，彭磊，童峥嵘，曹晔，杨寅飞（2012）. 基于多波长激光器的带通微波光子滤波器设计. 《光学学报》.
114. 张诚，苗长云，赵军发，童峥嵘（2012）. 间隔双倍频移的可调谐多波长布里渊/铒光纤激光器. 《中国激光》.
115. 李荣敏，曹晔，童峥嵘（2012）. 短长度的双椭圆纤芯光子晶体光纤偏振分束器. 《中国激光》.
116. 王洁玉，童峥嵘，杨秀峰，曹晔（2012）. 基于多模干涉和长周期光纤光栅的温度及折射率同时测量. 《中国激光》.
117. 杨秀峰，方秀丽，童峥嵘，曹晔（2012）. 基于相移光栅的多波长掺铒光纤激光器的实验研究. 《中国激光》.
118. 童峥嵘，郭阳，杨秀峰，曹晔（2012）. 基于Lyot滤波器和长周期光纤光栅的温度与应变的同时测量. 《中国激光》.
119. 童峥嵘，姚超，曹晔（2012）. 利用PDM技术实现DWDM-CO-OFDM超高速传输的研究. 《光电子·激光》.
120. 袁其平，郑甜美，童峥嵘，杨秀峰，曹晔（2012）. 基于电反馈方法的窄线宽半导体激光器. 《激光与光电子学进展》.
121. 童峥嵘，万同利，杨秀峰，曹晔（2011）. 基于AMPCI9101A的光纤光栅复用传感系统研究. 《传感技术学报》.
122. 杨秀峰，李群，童峥嵘，姚斌，李元，赵军发，刘艳格（2011）. 基于受激布里渊散射的新型多级慢光延时结构的研究. 《光学学报》.
123. 童峥嵘，姚斌，杨秀峰，李群，李元，赵军发，刘艳格（2011）. 基于FBG的多级延迟SBS结构的慢光系统研究. 《光电子·激光》.
124. 董凤娟，杨秀峰，童峥嵘，曹晔（2011）. 基于多模光纤偏振烧孔效应的双波长掺铒光纤激光器. 《光电子·激光》.
125. 杨秀峰，张春雨，童峥嵘，曹晔，杨寅飞（2011）. 一种新型光纤光栅温度传感特性的实验研究. 《中国激光》.
126. 杨秀峰，魏芳芳，童峥嵘，潘洪刚（2011）. 基于高精细度光纤滤波器的双波长光纤激光器. 《中国激光》.
127. 郭敏杰，童峥嵘，张卫华，杨秀峰，万人玮（2011）. 自适应技术在CO-OFDM多模光纤通信系统的应用. 《光通信技术》.
128. 赵军发，杨秀峰，李元，童峥嵘，刘艳格，赵启大（2010）. 光子晶体光纤中受激布里渊散射慢光研究. 《光学学报》.
129. 赵军发，杨秀峰，刘卓琳，童峥嵘，刘艳格，赵启大（2010）. 调谐范围40nm的多波长布里渊/铒光纤光源. 《中国激光》.
130. 谢小芳，童峥嵘，万人玮，杨秀峰，薛玉明（2010）. 相干光正交频分复用系统定时同步的改进算法. 《光电子·激光》.
131. 杨秀峰，于汇，王鹏，童峥嵘，赵金婷，李群（2010）. 基于杠杆原理的新型光纤光栅微位移传感器. 《光电子·激光》.
132. 赵金婷，童峥嵘，杨秀峰，于汇，姚斌（2010）. 基于长周期光纤光栅液位传感器的实验研究. 《光电子·激光》.
133. 张爱玲，马秀荣，童峥嵘，曹晔，杨宝和（2009）. 光子晶体光纤应用于光时钟恢复的实验研究. 《光电子·激光》.DOI
134. 刘波，童峥嵘，陈少华，曾剑，开桂云，董孝义，袁树忠，赵启大（2004）. 一种长周期光纤光栅边沿滤波线性解调新方法. 《光学学报》.
135. 刘波，童峥嵘，曾剑，董孝义，开桂云（2004）. 一种利用啁啾光栅反射滤波的光纤光栅传感解调方法. 《光子学报》.
136. 黄勇林，李杰，童峥嵘，开桂云，董孝义（2003）. 高消光比双通马赫-曾德尔干涉仪梳状滤波器. 《光学学报》.
137. 黄勇林，项阳，李杰，童峥嵘，开桂云，董孝义（2003）. 光纤光栅和环形器组成的光分插复用器同频串扰特性研究. 《光学学报》.
138. 李杰，童峥嵘，蒙红云，张伟刚，开桂云，袁树忠，董孝义（2003）. 级联马赫-曾德尔干涉仪光学梳状滤波的理论研究. 《光学学报》.
139. Xiao-Yi Dong, G. Kai, Bo Liu, Wei-Gang Zhang, Qi-Da Zhao, Shu-Zhong Yuan, Zheng-Rong Tong, Jian-Min Zeng (2003). High-speed optical-fiber grating sensing-multiplexing-demodulating apparatus.
140. 廖帮全，冯德军，丁镭，赵启大，童峥嵘，黄勇林，袁树忠，董孝义（2002）. 基于Mach-Zehnder干涉仪的可调谐全光纤调Q激光器. 《光电子·激光》.
141. 黄勇林，童峥嵘，项阳，许兆文，开桂云，董孝义（2002）. 用光纤光栅的啁啾效应实现温度不敏感的位移传感. 《中国激光》.
142. 童峥嵘，黄勇林，蒙红云，董新永，开桂云，董孝义（2002）. 一种新颖的光纤光栅位移传感的研究. 《传感技术学报》.
143. 许兆文，武志刚，高伟清，袁树忠，杨建江，黄勇林，童峥嵘，董孝义（2002）. 基于光纤微弯的缠绕式管道形变传感器. 《传感技术学报》.
144. 黄勇林，蒙红云，项阳，童峥嵘，开桂云，董孝义 (2002). Bend Sensing with Temperature-insensitive Long-period Fiber Grating. Chinese Journal of Lasers.
145. Wei-Gang Zhang, Yong-Lin Huang, Yang Xiang, Zheng-Rong Tong, Qi-Da Zhao, G. Kai, Shu-Zhong Yuan, Xiao-Yi Dong (2002). Temperature-Independent Stress and Displacement Bidirectional Sensing Tuned by an Applied Bilateral Cantilever Beam.DOI
146. 黄勇林，冯德军，许兆文，童峥嵘，开桂坛，赵启大，董孝义（2001）. 基于全光纤马赫-曾德尔干涉仪的电压传感研究. 《传感技术学报》.