李洁慧
李洁慧
  • 性别：女
  • 聘任技术职务：讲师（高校）
  • 学历：博士研究生毕业
  • 联系电话：
  • 电子邮箱：lijh@shnu.edu.cn
  • 通讯地址：海思路100号
  • 部门：信息与机电工程学院
  • 学位：理学博士学位
  • 毕业院校：复旦大学
  • 办公地址：科技楼
(0)
研究方向
科研成果
教学工作
荣誉奖励
社会兼职
研究方向：


2017年毕业于复旦大学电磁场与微波技术专业，获博士学位。2015-2017年获国家公派奖学金赴丹麦技术大学光电子学系进行博士联合培养。2017-2019年于复旦大学从事博士后研究工作，后入职上海师范大学信息与机电工程学院至今。


主要研究方向：光通信、光电器件、光传感、物联网等。


代表性论文：

1.  Zhou, X.*, Ma, Z. , Li,J.*, and Yu, L.. 2022. Ultrasonic-Aided Fast-Layered Alternating Iterative Tensor Channel Estimation for V2X Millimeter-Wave Massive MIMO Systems Electronics 11, no. 22: 3742. 

2. Li, J., Zou, P., Ji, X., Guo, X., & Chi, N. (2021). High-speed visible light communication utilizing monolithic integrated PIN array receiver. Optics Communications, 127027. 

3. Li, J., & Zhang, Q.* (2020). Design and Simulation of Compound Eye Lens for Visible Light Communication and Illumination. Advances in Condensed Matter Physics, 2020, 1-6. 

4. Zhang, Q., Zheng, H., Yan, T., & Li, J.*(2020). 3D Large-Pose Face Alignment Method Based on the Truncated Alexnet Cascade Network. Advances in Condensed Matter Physics, 2020, 1-8.

5. J. Li, F. Wang, M. Zhao, F. Jiang, N. Chi. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception, Applied Optics,58(2):383-388,2019.

6. J. Li, P. Gou, N. Chi, and H. Ou. Enhanced Emission and Modulation Properties of Localized Surface Plasma Coupled GaN-based Green Light-Emitting Diodes, in Proceeding of OFC 2018.

7. J. Li, Y. Xu, J. Shi, et al. A 2×2 imaging MIMO system based on LED Visible Light Communications employing space balanced coding and integrated PIN array reception, Optics Communications (Invited Paper), 367: 214-218, 2016.

8. J. Li, A. Fadil, H. Ou*, and N. Chi. Enhancement of the Modulation Bandwidth for surface Plasmon coupled LEDs for Visible Light Communication, in Proceeding of CLEO, 2016.4.

9. J. Li, X. Huang, X. Ji, et al. An integrated PIN-array receiver for visible light communication, Journal of Optics, 17: 105805, 2015

10. J. Li, X. Huang, and N. Chi. Enhanced Performance of SIMO-VLC System Utilizing Space Diversity Technology, Optical Engineering, 54(3): 036109, 2015.


授权发明专利:

1. 李洁慧，纪新明，窦宏雁，基于表面等离子体共振的有机磷检测方法，专利号：ZL 2013 1 0255808.X，授权公告日：20160406.

2. 李洁慧，纪新明，窦宏雁，基于纳米管微系统的分子筛选方法及纳米管微系统芯片，专利号：ZL 2013 10256985.X，授权公告日：20160406.


参编学术著作：

1.《可见光通信新型发光器件原理与应用》2020年出版。

2.《LED-Based Visible Light Communications》，2018年出版。

3.《LED可见光通信关键器件与应用》，2015年出版。

4.《LED可见光通信技术》，2014年出版。
学术成果：
论文
  • [1] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [2] 李洁慧. High-speed visible light communication utilizing monolithic integrated PIN array receiver. Optics Communications,2021,494(2021):127027.
  • [3] 李洁慧,迟楠. Enhanced Emission and Modulation Properties of Localized Surface Plasma Coupled GaN-based Green Light-Emitting Diodes. in Proceeding of OFC 2018,2018.
  • [4] 李洁慧. High-speed visible light communication utilizing monolithic integrated PIN array receiver. Optics Communications,2021,494(2021):127027.
  • [5] 李洁慧,迟楠. Enhanced Emission and Modulation Properties of Localized Surface Plasma Coupled GaN-based Green Light-Emitting Diodes. in Proceeding of OFC 2018,2018.
  • [6] 李洁慧,迟楠. Enhanced Emission and Modulation Properties of Localized Surface Plasma Coupled GaN-based Green Light-Emitting Diodes. in Proceeding of OFC 2018,2018.
  • [7] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [8] 李洁慧. High-speed visible light communication utilizing monolithic integrated PIN array receiver. Optics Communications,2021,494(2021):127027.
  • [9] 李洁慧,迟楠. Enhanced Emission and Modulation Properties of Localized Surface Plasma Coupled GaN-based Green Light-Emitting Diodes. in Proceeding of OFC 2018,2018.
  • [10] 李洁慧. High-speed visible light communication utilizing monolithic integrated PIN array receiver. Optics Communications,2021,494(2021):127027.
  • [11] 李洁慧,迟楠. Enhanced Emission and Modulation Properties of Localized Surface Plasma Coupled GaN-based Green Light-Emitting Diodes. in Proceeding of OFC 2018,2018.
  • [12] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [13] 李洁慧. High-speed visible light communication utilizing monolithic integrated PIN array receiver. Optics Communications,2021,494(2021):127027.
  • [14] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [15] 李洁慧,迟楠. Enhanced Emission and Modulation Properties of Localized Surface Plasma Coupled GaN-based Green Light-Emitting Diodes. in Proceeding of OFC 2018,2018.
  • [16] 李洁慧,迟楠. Enhanced Emission and Modulation Properties of Localized Surface Plasma Coupled GaN-based Green Light-Emitting Diodes. in Proceeding of OFC 2018,2018.
  • [17] 李洁慧,迟楠. Enhanced Emission and Modulation Properties of Localized Surface Plasma Coupled GaN-based Green Light-Emitting Diodes. in Proceeding of OFC 2018,2018.
  • [18] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [19] 李洁慧. High-speed visible light communication utilizing monolithic integrated PIN array receiver. Optics Communications,2021,494(2021):127027.
  • [20] 李洁慧,迟楠. Enhanced Emission and Modulation Properties of Localized Surface Plasma Coupled GaN-based Green Light-Emitting Diodes. in Proceeding of OFC 2018,2018.
  • [21] 李洁慧,迟楠. Enhanced Emission and Modulation Properties of Localized Surface Plasma Coupled GaN-based Green Light-Emitting Diodes. in Proceeding of OFC 2018,2018.
  • [22] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [23] 李洁慧,迟楠. Enhanced Emission and Modulation Properties of Localized Surface Plasma Coupled GaN-based Green Light-Emitting Diodes. in Proceeding of OFC 2018,2018.
  • [24] 李洁慧,迟楠. Enhanced Emission and Modulation Properties of Localized Surface Plasma Coupled GaN-based Green Light-Emitting Diodes. in Proceeding of OFC 2018,2018.
  • [25] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [26] 李洁慧. High-speed visible light communication utilizing monolithic integrated PIN array receiver. Optics Communications,2021,494(2021):127027.
  • [27] 李洁慧,迟楠. Enhanced Emission and Modulation Properties of Localized Surface Plasma Coupled GaN-based Green Light-Emitting Diodes. in Proceeding of OFC 2018,2018.
  • [28] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [29] 李洁慧. High-speed visible light communication utilizing monolithic integrated PIN array receiver. Optics Communications,2021,494(2021):127027.
  • [30] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [31] 李洁慧. High-speed visible light communication utilizing monolithic integrated PIN array receiver. Optics Communications,2021,494(2021):127027.
  • [32] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [33] 李洁慧. High-speed visible light communication utilizing monolithic integrated PIN array receiver. Optics Communications,2021,494(2021):127027.
  • [34] 李洁慧,迟楠. Enhanced Emission and Modulation Properties of Localized Surface Plasma Coupled GaN-based Green Light-Emitting Diodes. in Proceeding of OFC 2018,2018.
  • [35] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [36] 李洁慧. High-speed visible light communication utilizing monolithic integrated PIN array receiver. Optics Communications,2021,494(2021):127027.
  • [37] 李洁慧,迟楠. Enhanced Emission and Modulation Properties of Localized Surface Plasma Coupled GaN-based Green Light-Emitting Diodes. in Proceeding of OFC 2018,2018.
  • [38] 李洁慧,迟楠. Enhanced Emission and Modulation Properties of Localized Surface Plasma Coupled GaN-based Green Light-Emitting Diodes. in Proceeding of OFC 2018,2018.
  • [39] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [40] 李洁慧,迟楠. Enhanced Emission and Modulation Properties of Localized Surface Plasma Coupled GaN-based Green Light-Emitting Diodes. in Proceeding of OFC 2018,2018.
  • [41] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [42] 李洁慧. High-speed visible light communication utilizing monolithic integrated PIN array receiver. Optics Communications,2021,494(2021):127027.
  • [43] 李洁慧. High-speed visible light communication utilizing monolithic integrated PIN array receiver. Optics Communications,2021,494(2021):127027.
  • [44] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [45] 李洁慧,迟楠. Enhanced Emission and Modulation Properties of Localized Surface Plasma Coupled GaN-based Green Light-Emitting Diodes. in Proceeding of OFC 2018,2018.
  • [46] 李洁慧,迟楠. Enhanced Emission and Modulation Properties of Localized Surface Plasma Coupled GaN-based Green Light-Emitting Diodes. in Proceeding of OFC 2018,2018.
  • [47] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [48] 李洁慧. High-speed visible light communication utilizing monolithic integrated PIN array receiver. Optics Communications,2021,494(2021):127027.
  • [49] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [50] 李洁慧. High-speed visible light communication utilizing monolithic integrated PIN array receiver. Optics Communications,2021,494(2021):127027.
  • [51] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [52] 李洁慧. High-speed visible light communication utilizing monolithic integrated PIN array receiver. Optics Communications,2021,494(2021):127027.
  • [53] 李洁慧,迟楠. Enhanced Emission and Modulation Properties of Localized Surface Plasma Coupled GaN-based Green Light-Emitting Diodes. in Proceeding of OFC 2018,2018.
  • [54] 李洁慧,迟楠. Enhanced Emission and Modulation Properties of Localized Surface Plasma Coupled GaN-based Green Light-Emitting Diodes. in Proceeding of OFC 2018,2018.
  • [55] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [56] 李洁慧,迟楠. Enhanced Emission and Modulation Properties of Localized Surface Plasma Coupled GaN-based Green Light-Emitting Diodes. in Proceeding of OFC 2018,2018.
  • [57] 李洁慧,迟楠. Enhanced Emission and Modulation Properties of Localized Surface Plasma Coupled GaN-based Green Light-Emitting Diodes. in Proceeding of OFC 2018,2018.
  • [58] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [59] 李洁慧. High-speed visible light communication utilizing monolithic integrated PIN array receiver. Optics Communications,2021,494(2021):127027.
  • [60] 李洁慧. High-speed visible light communication utilizing monolithic integrated PIN array receiver. Optics Communications,2021,494(2021):127027.
  • [61] 李洁慧. High-speed visible light communication utilizing monolithic integrated PIN array receiver. Optics Communications,2021,494(2021):127027.
  • [62] 李洁慧,迟楠. Enhanced Emission and Modulation Properties of Localized Surface Plasma Coupled GaN-based Green Light-Emitting Diodes. in Proceeding of OFC 2018,2018.
  • [63] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [64] 李洁慧,迟楠. Enhanced Emission and Modulation Properties of Localized Surface Plasma Coupled GaN-based Green Light-Emitting Diodes. in Proceeding of OFC 2018,2018.
  • [65] 李洁慧. High-speed visible light communication utilizing monolithic integrated PIN array receiver. Optics Communications,2021,494(2021):127027.
  • [66] 李洁慧,迟楠. Enhanced Emission and Modulation Properties of Localized Surface Plasma Coupled GaN-based Green Light-Emitting Diodes. in Proceeding of OFC 2018,2018.
  • [67] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [68] 李洁慧. High-speed visible light communication utilizing monolithic integrated PIN array receiver. Optics Communications,2021,494(2021):127027.
  • [69] 李洁慧. High-speed visible light communication utilizing monolithic integrated PIN array receiver. Optics Communications,2021,494(2021):127027.
  • [70] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [71] 李洁慧. High-speed visible light communication utilizing monolithic integrated PIN array receiver. Optics Communications,2021,494(2021):127027.
  • [72] 李洁慧,迟楠. Enhanced Emission and Modulation Properties of Localized Surface Plasma Coupled GaN-based Green Light-Emitting Diodes. in Proceeding of OFC 2018,2018.
  • [73] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [74] 李洁慧,迟楠. Enhanced Emission and Modulation Properties of Localized Surface Plasma Coupled GaN-based Green Light-Emitting Diodes. in Proceeding of OFC 2018,2018.
  • [75] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [76] 李洁慧. High-speed visible light communication utilizing monolithic integrated PIN array receiver. Optics Communications,2021,494(2021):127027.
  • [77] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [78] 李洁慧. High-speed visible light communication utilizing monolithic integrated PIN array receiver. Optics Communications,2021,494(2021):127027.
  • [79] 李洁慧,迟楠. Enhanced Emission and Modulation Properties of Localized Surface Plasma Coupled GaN-based Green Light-Emitting Diodes. in Proceeding of OFC 2018,2018.
  • [80] 李洁慧,迟楠. Enhanced Emission and Modulation Properties of Localized Surface Plasma Coupled GaN-based Green Light-Emitting Diodes. in Proceeding of OFC 2018,2018.
  • [81] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [82] 李洁慧. High-speed visible light communication utilizing monolithic integrated PIN array receiver. Optics Communications,2021,494(2021):127027.
  • [83] 李洁慧,迟楠. Enhanced Emission and Modulation Properties of Localized Surface Plasma Coupled GaN-based Green Light-Emitting Diodes. in Proceeding of OFC 2018,2018.
  • [84] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [85] 李洁慧. High-speed visible light communication utilizing monolithic integrated PIN array receiver. Optics Communications,2021,494(2021):127027.
  • [86] 李洁慧,迟楠. Enhanced Emission and Modulation Properties of Localized Surface Plasma Coupled GaN-based Green Light-Emitting Diodes. in Proceeding of OFC 2018,2018.
  • [87] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [88] 李洁慧,迟楠. Enhanced Emission and Modulation Properties of Localized Surface Plasma Coupled GaN-based Green Light-Emitting Diodes. in Proceeding of OFC 2018,2018.
  • [89] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [90] 李洁慧. High-speed visible light communication utilizing monolithic integrated PIN array receiver. Optics Communications,2021,494(2021):127027.
  • [91] 李洁慧,迟楠. Enhanced Emission and Modulation Properties of Localized Surface Plasma Coupled GaN-based Green Light-Emitting Diodes. in Proceeding of OFC 2018,2018.
  • [92] 李洁慧,迟楠. Enhanced Emission and Modulation Properties of Localized Surface Plasma Coupled GaN-based Green Light-Emitting Diodes. in Proceeding of OFC 2018,2018.
  • [93] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [94] 李洁慧,迟楠. Enhanced Emission and Modulation Properties of Localized Surface Plasma Coupled GaN-based Green Light-Emitting Diodes. in Proceeding of OFC 2018,2018.
  • [95] 李洁慧. High-speed visible light communication utilizing monolithic integrated PIN array receiver. Optics Communications,2021,494(2021):127027.
  • [96] 李洁慧. High-speed visible light communication utilizing monolithic integrated PIN array receiver. Optics Communications,2021,494(2021):127027.
  • [97] 李洁慧,迟楠. Enhanced Emission and Modulation Properties of Localized Surface Plasma Coupled GaN-based Green Light-Emitting Diodes. in Proceeding of OFC 2018,2018.
  • [98] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [99] 李洁慧. High-speed visible light communication utilizing monolithic integrated PIN array receiver. Optics Communications,2021,494(2021):127027.
  • [100] 李洁慧,迟楠. Enhanced Emission and Modulation Properties of Localized Surface Plasma Coupled GaN-based Green Light-Emitting Diodes. in Proceeding of OFC 2018,2018.
  • [101] 李洁慧,迟楠. Enhanced Emission and Modulation Properties of Localized Surface Plasma Coupled GaN-based Green Light-Emitting Diodes. in Proceeding of OFC 2018,2018.
  • [102] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [103] 李洁慧,迟楠. Enhanced Emission and Modulation Properties of Localized Surface Plasma Coupled GaN-based Green Light-Emitting Diodes. in Proceeding of OFC 2018,2018.
  • [104] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [105] 李洁慧. High-speed visible light communication utilizing monolithic integrated PIN array receiver. Optics Communications,2021,494(2021):127027.
  • [106] 李洁慧,迟楠. Enhanced Emission and Modulation Properties of Localized Surface Plasma Coupled GaN-based Green Light-Emitting Diodes. in Proceeding of OFC 2018,2018.
  • [107] 李洁慧,迟楠. Enhanced Emission and Modulation Properties of Localized Surface Plasma Coupled GaN-based Green Light-Emitting Diodes. in Proceeding of OFC 2018,2018.
  • [108] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [109] 李洁慧. High-speed visible light communication utilizing monolithic integrated PIN array receiver. Optics Communications,2021,494(2021):127027.
  • [110] 李洁慧,迟楠. Enhanced Emission and Modulation Properties of Localized Surface Plasma Coupled GaN-based Green Light-Emitting Diodes. in Proceeding of OFC 2018,2018.
  • [111] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [112] 李洁慧. High-speed visible light communication utilizing monolithic integrated PIN array receiver. Optics Communications,2021,494(2021):127027.
  • [113] 李洁慧,迟楠. Enhanced Emission and Modulation Properties of Localized Surface Plasma Coupled GaN-based Green Light-Emitting Diodes. in Proceeding of OFC 2018,2018.
  • [114] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [115] 李洁慧. High-speed visible light communication utilizing monolithic integrated PIN array receiver. Optics Communications,2021,494(2021):127027.
  • [116] 李洁慧. High-speed visible light communication utilizing monolithic integrated PIN array receiver. Optics Communications,2021,494(2021):127027.
  • [117] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [118] 李洁慧. High-speed visible light communication utilizing monolithic integrated PIN array receiver. Optics Communications,2021,494(2021):127027.
  • [119] 李洁慧,迟楠. Enhanced Emission and Modulation Properties of Localized Surface Plasma Coupled GaN-based Green Light-Emitting Diodes. in Proceeding of OFC 2018,2018.
  • [120] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [121] 李洁慧. High-speed visible light communication utilizing monolithic integrated PIN array receiver. Optics Communications,2021,494(2021):127027.
  • [122] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [123] 李洁慧. High-speed visible light communication utilizing monolithic integrated PIN array receiver. Optics Communications,2021,494(2021):127027.
  • [124] 李洁慧,迟楠. Enhanced Emission and Modulation Properties of Localized Surface Plasma Coupled GaN-based Green Light-Emitting Diodes. in Proceeding of OFC 2018,2018.
  • [125] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
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  • [578] 李洁慧,迟楠. Enhanced Emission and Modulation Properties of Localized Surface Plasma Coupled GaN-based Green Light-Emitting Diodes. in Proceeding of OFC 2018,2018.
  • [579] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [580] 李洁慧. High-speed visible light communication utilizing monolithic integrated PIN array receiver. Optics Communications,2021,494(2021):127027.
  • [581] 李洁慧,迟楠. Enhanced Emission and Modulation Properties of Localized Surface Plasma Coupled GaN-based Green Light-Emitting Diodes. in Proceeding of OFC 2018,2018.
  • [582] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [583] 李洁慧. High-speed visible light communication utilizing monolithic integrated PIN array receiver. Optics Communications,2021,494(2021):127027.
  • [584] 李洁慧,迟楠. Enhanced Emission and Modulation Properties of Localized Surface Plasma Coupled GaN-based Green Light-Emitting Diodes. in Proceeding of OFC 2018,2018.
  • [585] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [586] 李洁慧. High-speed visible light communication utilizing monolithic integrated PIN array receiver. Optics Communications,2021,494(2021):127027.
  • [587] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [588] 李洁慧. High-speed visible light communication utilizing monolithic integrated PIN array receiver. Optics Communications,2021,494(2021):127027.
  • [589] 李洁慧,迟楠. Enhanced Emission and Modulation Properties of Localized Surface Plasma Coupled GaN-based Green Light-Emitting Diodes. in Proceeding of OFC 2018,2018.
  • [590] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [591] 李洁慧. High-speed visible light communication utilizing monolithic integrated PIN array receiver. Optics Communications,2021,494(2021):127027.
  • [592] 李洁慧. High-speed visible light communication utilizing monolithic integrated PIN array receiver. Optics Communications,2021,494(2021):127027.
  • [593] 李洁慧,迟楠. Enhanced Emission and Modulation Properties of Localized Surface Plasma Coupled GaN-based Green Light-Emitting Diodes. in Proceeding of OFC 2018,2018.
  • [594] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [595] 李洁慧. High-speed visible light communication utilizing monolithic integrated PIN array receiver. Optics Communications,2021,494(2021):127027.
  • [596] 李洁慧,迟楠. Enhanced Emission and Modulation Properties of Localized Surface Plasma Coupled GaN-based Green Light-Emitting Diodes. in Proceeding of OFC 2018,2018.
  • [597] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [598] 李洁慧,迟楠. Enhanced Emission and Modulation Properties of Localized Surface Plasma Coupled GaN-based Green Light-Emitting Diodes. in Proceeding of OFC 2018,2018.
  • [599] 李洁慧,迟楠. Enhanced Emission and Modulation Properties of Localized Surface Plasma Coupled GaN-based Green Light-Emitting Diodes. in Proceeding of OFC 2018,2018.
  • [600] 李洁慧. High-speed visible light communication utilizing monolithic integrated PIN array receiver. Optics Communications,2021,494(2021):127027.
  • [601] 李洁慧. High-speed visible light communication utilizing monolithic integrated PIN array receiver. Optics Communications,2021,494(2021):127027.
  • [602] 李洁慧. High-speed visible light communication utilizing monolithic integrated PIN array receiver. Optics Communications,2021,494(2021):127027.
  • [603] 李洁慧,迟楠. Enhanced Emission and Modulation Properties of Localized Surface Plasma Coupled GaN-based Green Light-Emitting Diodes. in Proceeding of OFC 2018,2018.
  • [604] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [605] 李洁慧,迟楠. Enhanced Emission and Modulation Properties of Localized Surface Plasma Coupled GaN-based Green Light-Emitting Diodes. in Proceeding of OFC 2018,2018.
  • [606] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [607] 李洁慧. High-speed visible light communication utilizing monolithic integrated PIN array receiver. Optics Communications,2021,494(2021):127027.
  • [608] 李洁慧. High-speed visible light communication utilizing monolithic integrated PIN array receiver. Optics Communications,2021,494(2021):127027.
  • [609] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [610] 李洁慧,迟楠. Enhanced Emission and Modulation Properties of Localized Surface Plasma Coupled GaN-based Green Light-Emitting Diodes. in Proceeding of OFC 2018,2018.
  • [611] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [612] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [613] 李洁慧. High-speed visible light communication utilizing monolithic integrated PIN array receiver. Optics Communications,2021,494(2021):127027.
  • [614] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [615] 李洁慧,迟楠. Enhanced Emission and Modulation Properties of Localized Surface Plasma Coupled GaN-based Green Light-Emitting Diodes. in Proceeding of OFC 2018,2018.
  • [616] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [617] 李洁慧,迟楠. Enhanced Emission and Modulation Properties of Localized Surface Plasma Coupled GaN-based Green Light-Emitting Diodes. in Proceeding of OFC 2018,2018.
  • [618] 李洁慧. High-speed visible light communication utilizing monolithic integrated PIN array receiver. Optics Communications,2021,494(2021):127027.
  • [619] 李洁慧,迟楠. Enhanced Emission and Modulation Properties of Localized Surface Plasma Coupled GaN-based Green Light-Emitting Diodes. in Proceeding of OFC 2018,2018.
  • [620] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [621] 李洁慧,迟楠. Enhanced Emission and Modulation Properties of Localized Surface Plasma Coupled GaN-based Green Light-Emitting Diodes. in Proceeding of OFC 2018,2018.
  • [622] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [623] 李洁慧. High-speed visible light communication utilizing monolithic integrated PIN array receiver. Optics Communications,2021,494(2021):127027.
  • [624] 李洁慧. High-speed visible light communication utilizing monolithic integrated PIN array receiver. Optics Communications,2021,494(2021):127027.
  • [625] 李洁慧. High-speed visible light communication utilizing monolithic integrated PIN array receiver. Optics Communications,2021,494(2021):127027.
  • [626] 李洁慧,迟楠. Enhanced Emission and Modulation Properties of Localized Surface Plasma Coupled GaN-based Green Light-Emitting Diodes. in Proceeding of OFC 2018,2018.
  • [627] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [628] 李洁慧. High-speed visible light communication utilizing monolithic integrated PIN array receiver. Optics Communications,2021,494(2021):127027.
  • [629] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [630] 李洁慧,迟楠. Enhanced Emission and Modulation Properties of Localized Surface Plasma Coupled GaN-based Green Light-Emitting Diodes. in Proceeding of OFC 2018,2018.
  • [631] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [632] 李洁慧. High-speed visible light communication utilizing monolithic integrated PIN array receiver. Optics Communications,2021,494(2021):127027.
  • [633] 李洁慧. High-speed visible light communication utilizing monolithic integrated PIN array receiver. Optics Communications,2021,494(2021):127027.
  • [634] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [635] 李洁慧. High-speed visible light communication utilizing monolithic integrated PIN array receiver. Optics Communications,2021,494(2021):127027.
  • [636] 李洁慧. High-speed visible light communication utilizing monolithic integrated PIN array receiver. Optics Communications,2021,494(2021):127027.
  • [637] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [638] 李洁慧. High-speed visible light communication utilizing monolithic integrated PIN array receiver. Optics Communications,2021,494(2021):127027.
  • [639] 李洁慧,迟楠. Enhanced Emission and Modulation Properties of Localized Surface Plasma Coupled GaN-based Green Light-Emitting Diodes. in Proceeding of OFC 2018,2018.
  • [640] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [641] 李洁慧,迟楠. Enhanced Emission and Modulation Properties of Localized Surface Plasma Coupled GaN-based Green Light-Emitting Diodes. in Proceeding of OFC 2018,2018.
  • [642] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [643] 李洁慧,迟楠. Enhanced Emission and Modulation Properties of Localized Surface Plasma Coupled GaN-based Green Light-Emitting Diodes. in Proceeding of OFC 2018,2018.
  • [644] 李洁慧,迟楠. Enhanced Emission and Modulation Properties of Localized Surface Plasma Coupled GaN-based Green Light-Emitting Diodes. in Proceeding of OFC 2018,2018.
  • [645] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [646] 李洁慧,迟楠. Enhanced Emission and Modulation Properties of Localized Surface Plasma Coupled GaN-based Green Light-Emitting Diodes. in Proceeding of OFC 2018,2018.
  • [647] 李洁慧. High-speed visible light communication utilizing monolithic integrated PIN array receiver. Optics Communications,2021,494(2021):127027.
  • [648] 李洁慧,迟楠. Enhanced Emission and Modulation Properties of Localized Surface Plasma Coupled GaN-based Green Light-Emitting Diodes. in Proceeding of OFC 2018,2018.
  • [649] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [650] 李洁慧,迟楠. Enhanced Emission and Modulation Properties of Localized Surface Plasma Coupled GaN-based Green Light-Emitting Diodes. in Proceeding of OFC 2018,2018.
  • [651] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [652] 李洁慧. High-speed visible light communication utilizing monolithic integrated PIN array receiver. Optics Communications,2021,494(2021):127027.
  • [653] 李洁慧,迟楠. Enhanced Emission and Modulation Properties of Localized Surface Plasma Coupled GaN-based Green Light-Emitting Diodes. in Proceeding of OFC 2018,2018.
  • [654] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [655] 李洁慧. High-speed visible light communication utilizing monolithic integrated PIN array receiver. Optics Communications,2021,494(2021):127027.
  • [656] 李洁慧. High-speed visible light communication utilizing monolithic integrated PIN array receiver. Optics Communications,2021,494(2021):127027.
  • [657] 李洁慧,迟楠. Enhanced Emission and Modulation Properties of Localized Surface Plasma Coupled GaN-based Green Light-Emitting Diodes. in Proceeding of OFC 2018,2018.
  • [658] 李洁慧. High-speed visible light communication utilizing monolithic integrated PIN array receiver. Optics Communications,2021,494(2021):127027.
  • [659] 李洁慧,迟楠. Enhanced Emission and Modulation Properties of Localized Surface Plasma Coupled GaN-based Green Light-Emitting Diodes. in Proceeding of OFC 2018,2018.
  • [660] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [661] 李洁慧,迟楠. Enhanced Emission and Modulation Properties of Localized Surface Plasma Coupled GaN-based Green Light-Emitting Diodes. in Proceeding of OFC 2018,2018.
  • [662] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [663] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [664] 李洁慧. High-speed visible light communication utilizing monolithic integrated PIN array receiver. Optics Communications,2021,494(2021):127027.
  • [665] 李洁慧,迟楠. Enhanced Emission and Modulation Properties of Localized Surface Plasma Coupled GaN-based Green Light-Emitting Diodes. in Proceeding of OFC 2018,2018.
  • [666] 李洁慧,迟楠. Enhanced Emission and Modulation Properties of Localized Surface Plasma Coupled GaN-based Green Light-Emitting Diodes. in Proceeding of OFC 2018,2018.
  • [667] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [668] 李洁慧,迟楠. Enhanced Emission and Modulation Properties of Localized Surface Plasma Coupled GaN-based Green Light-Emitting Diodes. in Proceeding of OFC 2018,2018.
  • [669] 李洁慧,迟楠. Enhanced Emission and Modulation Properties of Localized Surface Plasma Coupled GaN-based Green Light-Emitting Diodes. in Proceeding of OFC 2018,2018.
  • [670] 李洁慧. High-speed visible light communication utilizing monolithic integrated PIN array receiver. Optics Communications,2021,494(2021):127027.
  • [671] 李洁慧,迟楠. Enhanced Emission and Modulation Properties of Localized Surface Plasma Coupled GaN-based Green Light-Emitting Diodes. in Proceeding of OFC 2018,2018.
  • [672] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [673] 李洁慧. High-speed visible light communication utilizing monolithic integrated PIN array receiver. Optics Communications,2021,494(2021):127027.
  • [674] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [675] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [676] 李洁慧. High-speed visible light communication utilizing monolithic integrated PIN array receiver. Optics Communications,2021,494(2021):127027.
  • [677] 李洁慧,迟楠. Enhanced Emission and Modulation Properties of Localized Surface Plasma Coupled GaN-based Green Light-Emitting Diodes. in Proceeding of OFC 2018,2018.
  • [678] 李洁慧,迟楠. Enhanced Emission and Modulation Properties of Localized Surface Plasma Coupled GaN-based Green Light-Emitting Diodes. in Proceeding of OFC 2018,2018.
  • [679] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [680] 李洁慧. High-speed visible light communication utilizing monolithic integrated PIN array receiver. Optics Communications,2021,494(2021):127027.
  • [681] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [682] 李洁慧. High-speed visible light communication utilizing monolithic integrated PIN array receiver. Optics Communications,2021,494(2021):127027.
  • [683] 李洁慧. High-speed visible light communication utilizing monolithic integrated PIN array receiver. Optics Communications,2021,494(2021):127027.
  • [684] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [685] 李洁慧. High-speed visible light communication utilizing monolithic integrated PIN array receiver. Optics Communications,2021,494(2021):127027.
  • [686] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [687] 李洁慧. High-speed visible light communication utilizing monolithic integrated PIN array receiver. Optics Communications,2021,494(2021):127027.
  • [688] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [689] 李洁慧. High-speed visible light communication utilizing monolithic integrated PIN array receiver. Optics Communications,2021,494(2021):127027.
  • [690] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [691] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [692] 李洁慧,迟楠. Enhanced Emission and Modulation Properties of Localized Surface Plasma Coupled GaN-based Green Light-Emitting Diodes. in Proceeding of OFC 2018,2018.
  • [693] 李洁慧. High-speed visible light communication utilizing monolithic integrated PIN array receiver. Optics Communications,2021,494(2021):127027.
  • [694] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [695] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [696] 李洁慧,迟楠. Enhanced Emission and Modulation Properties of Localized Surface Plasma Coupled GaN-based Green Light-Emitting Diodes. in Proceeding of OFC 2018,2018.
  • [697] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [698] 李洁慧. High-speed visible light communication utilizing monolithic integrated PIN array receiver. Optics Communications,2021,494(2021):127027.
  • [699] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [700] 李洁慧. High-speed visible light communication utilizing monolithic integrated PIN array receiver. Optics Communications,2021,494(2021):127027.
  • [701] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [702] 李洁慧. High-speed visible light communication utilizing monolithic integrated PIN array receiver. Optics Communications,2021,494(2021):127027.
  • [703] 李洁慧. High-speed visible light communication utilizing monolithic integrated PIN array receiver. Optics Communications,2021,494(2021):127027.
  • [704] 李洁慧,迟楠. Enhanced Emission and Modulation Properties of Localized Surface Plasma Coupled GaN-based Green Light-Emitting Diodes. in Proceeding of OFC 2018,2018.
  • [705] 李洁慧,迟楠. Enhanced Emission and Modulation Properties of Localized Surface Plasma Coupled GaN-based Green Light-Emitting Diodes. in Proceeding of OFC 2018,2018.
  • [706] 李洁慧. High-speed visible light communication utilizing monolithic integrated PIN array receiver. Optics Communications,2021,494(2021):127027.
  • [707] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [708] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [709] 李洁慧. High-speed visible light communication utilizing monolithic integrated PIN array receiver. Optics Communications,2021,494(2021):127027.
  • [710] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [711] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [712] 李洁慧,迟楠. Enhanced Emission and Modulation Properties of Localized Surface Plasma Coupled GaN-based Green Light-Emitting Diodes. in Proceeding of OFC 2018,2018.
  • [713] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [714] 李洁慧,迟楠. Enhanced Emission and Modulation Properties of Localized Surface Plasma Coupled GaN-based Green Light-Emitting Diodes. in Proceeding of OFC 2018,2018.
  • [715] 李洁慧. High-speed visible light communication utilizing monolithic integrated PIN array receiver. Optics Communications,2021,494(2021):127027.
  • [716] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [717] 李洁慧. High-speed visible light communication utilizing monolithic integrated PIN array receiver. Optics Communications,2021,494(2021):127027.
  • [718] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [719] 李洁慧,迟楠. Enhanced Emission and Modulation Properties of Localized Surface Plasma Coupled GaN-based Green Light-Emitting Diodes. in Proceeding of OFC 2018,2018.
  • [720] 李洁慧. High-speed visible light communication utilizing monolithic integrated PIN array receiver. Optics Communications,2021,494(2021):127027.
  • [721] 李洁慧. High-speed visible light communication utilizing monolithic integrated PIN array receiver. Optics Communications,2021,494(2021):127027.
  • [722] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [723] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [724] 李洁慧. High-speed visible light communication utilizing monolithic integrated PIN array receiver. Optics Communications,2021,494(2021):127027.
  • [725] 李洁慧. Large-Coverage Underwater Visible Light Communication System Based On Blue-LED Employing Equal Gain Combining with Integrated PIN array Reception. Applied Optics,2019,58(2):383-388.
  • [726] 李洁慧. High-speed visible light communication utilizing monolithic integrated PIN array receiver. Optics Communications,2021,494(2021):127027.
科研项目
  • [1] 李洁慧.校一般科研项目:高速可见光通信集成芯片的制备与应用,在研.
软件成果
  • [1] 周小平,李洁慧,朱苏磊,陈佳佳.基于机器学习的阿尔兹海默综合症早期预测系统. 软件登记号:22024SR0500604, 2024-04-12.
  • [2] 周小平,陈佳佳,朱苏磊,李洁慧.基于手指静脉识别的智能门锁系统. 软件登记号:2024SR0500577, 2024-04-12.
  • [3] 周小平,陈佳佳,李洁慧,朱苏磊.基于通信感知一体化的SLAM系统. 软件登记号:2024SR0500538, 2024-04-12.
  • [4] 周小平,陈佳佳,朱苏磊,李洁慧.基于声模态识别的降噪系统. 软件登记号:2024SR0500596, 2024-04-12.
  • [5] 周小平,陈佳佳,朱苏磊,李洁慧.基于机器视觉的火锅店智能送餐系统. 软件登记号:2024SR0500564, 2024-04-12.
  • [6] 周小平,陈佳佳,李洁慧,朱苏磊.太赫兹波胃癌图像智能分析预测系统. 软件登记号:2024SR0500585, 2024-04-12.
教学工作：
教职工课程信息
开课学年开课学期课程名称
2022-20231电路分析基础实验
2022-20232#光纤通信
2020-20212#光纤通信
2021-20222JAVA程序设计实验
2024-20252AIGC赋能新媒体与视频鉴赏
2021-20221电路分析基础实验
2024-20251电路分析基础实验
2025-20261电路分析基础实验
2023-20241电路分析基础实验
2020-20211JAVA
荣誉奖励：
社会兼职：Photonics、Sensors等期刊审稿人。

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