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Lightweight underwater image enhancement network with parallel fusion of axial convolution and channel attention
Information Sciences | Updated:2026-10-20
    • Lightweight underwater image enhancement network with parallel fusion of axial convolution and channel attention

    • “In response to degradation issues such as color cast and decreased contrast in underwater images, the research team proposes a lightweight underwater image enhancement network that combines axial convolution and channel attention in parallel. The research progress in the field of underwater vision is introduced. The team establishes a residual compensation encoding and decoding architecture and explores the spatial channel dual dimensional feature enhancement problem, providing a solution for real-time image enhancement on underwater edge platforms.”
    • HE Fengtao , LI Lihua , YANG Yi , ZHANG Jianlei , LIU Ruirui , FENG Binjie
    • Optics and Precision Engineering Vol. 34, Issue 19, Pages: 3091-3103(2026)
    • DOI: 10.3724/OPE.20263419.3091     

      CLC:
    • CSTR: 32169.14.OPE.20263419.3091     
    • Revised:2026-07-21 ,

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