殷洪玺
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教授
博士生导师
硕士生导师
- 性别：男
- 毕业院校：中山大学
- 学位：博士
- 所在单位：信息与通信工程学院
- 学科：通信与信息系统. 信号与信息处理
- 办公地点：大连理工大学创新园大厦A424
- 联系方式：b07eb8053ecd4c3e86e3b2c5913e59fc540ed3a69cb16d46e7f4b1a538f6aac3f880888ad14bcc8a69a8fdf259d8f05d2477ad659edb9a3248bf3cf2ebf115bd4f951347c3d5cbf362eaf55870b189f6bde6b7cbd7225d09566888909b6943b0e9dd7591a56e77da2eb1e0a1c7ceebf2ae8a98cd3a0860ba3b0b9310edd0888b
- 电子邮箱：524f7193b55a12a77d8f0bac3c83401bb3ff58bdb708c87d231bc4d41bd4fdac3ef09194aeb245ee411d5253ea5b8fdc9efcbe6cc47e0d5bc3eb8a696aa976edf25d68f854a5b237354d6285af2f63959d9ea3e734f642c1d7479a467aad269c31a413d816e8658f3f429c832c291bad094ac6057c71cbebe90ccdcd56642191
访问量：
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[11]Liu, Anliang.Zhang, Ruolin,Lin, Bin,殷洪玺.Multi-Degree-of-Freedom for Underwater Optical Wireless Communication with Improved Transmission Performance[J],JOURNAL OF MARINE SCIENCE AND ENGINEERING,2023,11(1)
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[12]沈众卫.殷洪玺,景连友.季秀阳,梁彦军,王建英.A Power Control-Aided Q-Learning-Based Routing Protocol for Optical-Acoustic Hybrid Underwater Sensor Networks[J],IEEE TRANSACTIONS ON GREEN COMMUNICATIONS AND NETWORKING,2023,7(4):2117-2129
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[13]曾令彪.殷洪玺,Wang, Xinge.季秀阳.A Channel Adaptive MIMO Spatial Multiplexing UWOC System Based on Deep Learning Encoder/Decoder[A],2023 4th Information Communication Technologies Conference, ICTC 2023,2023:27-33
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[14]Zhang, Shuo.殷洪玺.季秀阳,梁彦军.Orthogonal Phase Screen Modeling Method and System Performance Analysis of Arbitrary Direction Optical Link for Underwater Wireless Optical Communication[A],2023 4th Information Communication Technologies Conference, ICTC 2023,2023:54-59
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[15]梁彦军.殷洪玺,景连友.季秀阳,王建英.BER analysis for PAM-based UWOC-NOMA system in oceanic turbulence environment[J],OPTICS COMMUNICATIONS,2023,545
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[16]沈众卫.殷洪玺,Xing, Fangyuan.季秀阳,黄安.A distributed routing-aware power control scheme for underwater wireless sensor networks[J],COMPUTER COMMUNICATIONS,2023,210:10-21
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[17]梁彦军.殷洪玺,Ji, Xiuyang.黄安,王建英.Underwater wireless optical NOMA communication experiment system exploiting GaN-based micro-LED array grouping[J],CHINESE OPTICS LETTERS,2024,22(3)
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[18].Analysis of aperture averaging effect and communication system performance of wireless optical channels with weak to strong turbulence in natural turbid water,Optics Communications,2023,528:129018
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[19].Multi-degree-of-freedom for underwater optical wireless communication with improved transmission performance,Journal of Marine Science and Engineering,2023,11:48
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[20].Optimization of LED Array Spatial Coverage Characteristics in Underwater Wireless Optical Communication,Journal of Marine Science and Engineering,2023