袁飞,厦门大学信息学院教授,副院长,兼信息与通信工程系教工党支部书记。水声通信与海洋信息技术教育部重点实验室(厦门大学)副主任。厦门大学信息学院教学指导委员会委员、信息学院本科创新实践平台“创新创业导师”。1998-2008,厦门大学电子工程系、通信工程系本、硕、博。2008年获通信与信息系统工学博士学位(导师:姚彦 教授)后留校任职信息学院信息与通信工程系助理教授。2011年任厦门大学信息学院副教授。2019.8至2020.7,任厦门市海洋发展局科技与海洋经济处副处长(挂职)。2021年至今,任厦门大学信息学院教授。
课题组常年面向本科、硕士在校或毕业生招收兼职或全职研究助理,面向博士生常年提供信息与通信学科博士后岗位。欢迎感兴趣的同学、同志邮件联系yuanfei at xmu.edu.cn。招生单位:厦门大学/信息学院/信息与通信工程系。
1. 国家自然科学基金(面上项目),项目编号:62071401,“融合视觉感知与优化学习的水下图像端到端传输方法研究”,起止年月:2021.1-2024.12.项目负责人。
2. 国家自然科学基金(面上项目),项目编号:61571377,“基于感知质量驱动的水声图像传输与优化技术研究”,2016.1-2019.12,项目负责人。
3. 国家自然科学基金(青年项目),项目编号:61001142 ,“基于信息隐藏的水声图像传输质量的实时评测方法研究”,2011.1–2013.12,项目负责人。
4. 国家自然科学基金(面上项目),项目编号:61871336 ,“水声传感网络接入理论及关键技术研究”。 2019/01-2022/12,第一合作人.
5. 国家自然科学基金(面上项目),项目编号:61471308 ,“基于水声传感器网络的移动节点定位的关键技术研究”。 2015/01-2018/12,在研,第一合作人.
6. 国家自然科学基金(青年项目),项目编号:61301097 ,“单载波频域均衡水声通信中稀疏信道估计及多通道均衡处理技术研究”。2014.1–2017.12,第一合作人.
7. 中央高校基本科研业务费(校长基金),项目编号:20720180068,“核电站水下潜水作业用水声通信与定位系统研制”,2018.1–2020.12,项目负责人。
8. 中央高校基本科研业务费(校长基金),项目编号:2011121050,“水声通信网络网关节点的关键技术研究”,2011.5–2014.4,项目负责人。
9. 厦门市海洋科技成果转化与产业化项目,基于5g边缘计算的海洋物联网终端产品产业化,2020.6-2022.12,子课题负责人.
10. 厦门市重大科技项目,基于边缘计算的高效ai智慧会议系统搞研发及产业化示范,2023.1-2024.12,子课题负责人.
jiahui liu, yuan f*, chang xue, zhenyu jia, en cheng. an efficient and robust underwater image compression scheme based on auto-encoder. ieee journal of oceanic engineering (ieee joe), 2023. (accepted, if: 3.554) .
fengqi xiao, yuan f*, yifan huang, en cheng. turbid underwater image enhancement based on parameter-tuned stochastic resonance [j]. ieee journal of oceanic engineering , 2023. vol.48(1):127-146.
huang y, yuan f*, xiao f, lu j, cheng e. underwater image enhancement based on zero-reference deep network [j]. ieee journal of oceanic engineering (ieee joe), 2023. (accepted, if: 3.554)
z. jia, w. zheng, and f. yuan*, “a two-dimensional chirp-mfcsk modulation method for underwater lora system,” ieee internet of things journal, 2022, doi: 10.1109/jiot.2022.3188755.
huang y, yuan f*, xiao f, cheng e. underwater image enhancement based on color restoration and dual image wavelet fusion[j]. signal processing: image communication, 2022: 116797. doi: https://doi.org/10.1016/j.image.2022.116797
jianxiang lu, fei yuan*, weidi yang, en cheng. an imaging information estimation network for underwater image color restoration [j]. ieee journal of oceanic engineering. vol.46,no.4, pp.1228-1239.oct, 2021. sci , jcr-2 .
rongxin zhang, xiaoli ma, deqing wang, fei yuan*, en cheng. adaptive coding and bit-power loading algorithms for underwater acoustic transmissions [j]. ieee transactions on wireless communications. vol.20, no.9, sep. 2021. sci , jcr-2.
fei yuan, lihui zhan, panwang pan, en cheng. low bit-rate compression of underwater image based on human visual system. signal processing: image communication [j]. volume 91, feb 2021, 116082. sci , jcr-3.
fei yuan, fengqi xiao, kaihan zhang, yifan huang, en cheng. noise reduction for sonar images by statistical analysis and fields of experts [j].journal of visual communications & image representation. volume 74, january 2021, 102995. sci, jcr-3.
yinwen qiu, fei yuan*, shuyao ji, en cheng . stochastic resonance with reinforcement learning for underwater acoustic communication signal [j]. applied acoustics 173 (2021). 107688. 19. feb. 2021.sci , jcr-3.
yifan huang, manyu liu, fei yuan*. color correction and restoration based on multi-scale recursive network for underwater optical image [j]. signal processing: image communication. volume 93, april 2021, 116174. sci , jcr-3.
fei yuan*, zhen-yu jia, en cheng . chirp-rate quasi-orthogonality based dsss-cdma system for underwater acoustic channel [j]. applied acoustics 161 (2020) 107163 . sci, jcr-3.
xiaoquan ke, fei yuan*, en cheng. integrated optimization of underwater acoustic ship-radiated noise recognition based on two-dimensional feature fusion [j]. applied acoustics 159 (2020) 107057:1-13. sci, jcr-3.
yifan huang, weixiang li, fei yuan*. speckle noise reduction in sonar image based on adaptive redundant dictionary [j]. j. mar. sci. eng. 2020, 8(10), 761;published: 29 september 2020. sci, jcr-3.
yujing lin, fei yuan* and en cheng. using orthogonal combined signals in broadband adcp for improving velocity measurement [j]. j. mar. sci. eng. 2020, 8, 450; 19 june 2020. sci, jcr-3.
fei yuan , xiaoquan ke and en cheng * . joint representation and recognition for ship-radiated noise based on multimodal deep learning [j]. j. mar. sci. eng. 2019, 7, 380; sci, jcr-3.
fei yuan, zhenyu jia, jianghui li and en cheng. stlfm signal based adaptive synchronization for underwater acoustic communications[j]. ieee access, 2019, volume7. 28734-28748.sci,jcr-2.
en cheng,longhao wu, fei yuan*, chunxian gao and yinwang yi. node selection algorithm for underwater acoustic sensor network based on particle swarm optimization[j]. ieee access 2019, volume 7. 164429—164443. sci, jcr-3
cai y , zou h , fei yuan* . adaptive compression method for underwater images based on perceived quality estimation[j]. frontiers of information technology & electronic engineering(信息与电子工程前沿), 2019. vol. 20 issue 5, p716-730, 15p. sci, jcr-3.
pan p w , fei yuan* , cheng e . de-scattering and edge-enhancement algorithms for underwater image restoration[j]. frontiers of information technology & electronic engineering(信息与电子工程前沿), 2019, 20(6):862-871. sci, jcr-3.
fei yuan, wencong li, en cheng. synchronization detection method for symmetrical triangular linear frequency modulation in underwater acoustic communication[j]. acta acustica(声学学报). 43(02):178-188.2018.
fei yuan, yifan huang, xin chen, et al. a biological sensor system using computer vision for water quality monitoring[j]. ieee access, volume: 6.pp. 61535–61546. 2018. sci, jcr-2.
fei yuan*, qian wei , en cheng. multiuser chirp modulation for underwater acoustic channel based on vtrm[j]. international journal of naval architecture and ocean engineering, 2017, 9(3): 256-265 sci,jcr-4.
fei yuan *, qian wei , en cheng . joint virtual time reversal communications with an orthogonal chirp spread spectrum over underwater acoustic channel[j]. applied acoustics,2017,117(pt.a):122-131.sci,jcr-3.
fei yuan, zhangting zhong, jiale wang, en cheng. modeling for the sedimentation of dredger and analysis of the influence on sound propagation characteristics[j]. acta acustica(声学学报). 41(03):409-419,2016.