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  1. No Access

    Chapter and Conference Paper

    ODCN: Optimized Dilated Convolution Network for 3D Shape Segmentation

    3D shape segmentation is a vital and fundamental issue in 3D shape analysis tasks, and the multi-view paradigm is one of practical approaches to solve it. The typical multi-view paradigm contains an image-base...

    Likuan Qian, Yuanfeng Lian, Qian Wei in Pattern Recognition and Computer Vision (2019)

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    Chapter and Conference Paper

    Level Set Image Segmentation Based on Non-independent and Identically Distributed

    Aiming at the problems of traditional image segmentation methods such as single image type and falling into false boundary, a level set image segmentation algorithm based on non-independent and identically dis...

    Yaxin Wang, Yuanfeng Lian, Dianzhong Wang in Pattern Recognition and Computer Vision (2019)

  3. No Access

    Article

    Emotion information visualization through learning of 3D morphable face model

    Analysis and visualization of human facial expressions and its applications are useful but challenging. This paper presents a novel approach to analyze the facial expressions from images through learning of a ...

    Hai **, Xun Wang, Yuanfeng Lian, **g Hua in The Visual Computer (2019)

  4. No Access

    Article

    SORCNet: robust non-rigid shape correspondence with enhanced descriptors by Shared Optimized Res-CapsuleNet

    3D non-rigid shape correspondence, as an important research topic in 3D shape analysis, is useful but challenging in computer graphics, computer vision, and pattern recognition. Despite recent success of sever...

    Yuanfeng Lian, Dingru Gu, **g Hua in The Visual Computer (2023)

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    Article

    Multitask learning for image translation and salient object detection from multimodal remote sensing images

    This paper presents a novel and efficient multitask learning framework for image translation and saliency detection from remote sensing images, which mainly contains the image translation network-weight sharin...

    Yuanfeng Lian, Xu Shi, ShaoChen Shen, **g Hua in The Visual Computer (2024)