| ID | 作者 | 论文题目 |
| 1 | Feng, Qiantai*; Xu, Ke; Li, Yuhai; Yuxin, Sun; Wang, Dong | Edge-Wise One-Level Global Pruning on NAS generated networks |
| 2 | Zhou, Tong; Feng, Songhe* | Multiple Semantic Embedding with Graph Convolutional Networks for Multi-Label Image Classification |
| 3 | Yu, Bin*; Tang, Ming; Zheng, Linyu; Zhu, Guibo; Wang, Jinqiao; Lu, Hanqing | High-performance Discriminative Tracking with Target-aware Feature Embeddings |
| 4 | Xu, Fan; Duan, Lijuan*; Qiao, Yuanhua; Chen, Jie | Convolution Tells Where to Look |
| 5 | Wang, Jiawei; Liu, Zhe*; Sheng, Victor S.; Song, Yuqing; qiu, chengjian | SaliencyBERT: Recurrent Attention Network for Target-oriented Multimodal Sentiment Classification |
| 6 | Zhang, Meng; Pan, Zhiyu; Feng, Jianjiang*; Zhou, Jie | 3D Multi-Object Detection and Tracking with Sparse Stationary LiDAR |
| 7 | Chen, Ziming*; Wang, Shengsheng | The NL-SC Net for Skin Lesion Segmentation |
| 8 | Liu, Zhu; Ma, Long; Liu, Risheng; Fan, Xin; Luo, Zhongxuan*; Zhang, Yuduo | Latency-Constrained Spatial-Temporal Aggregated Architecture Search for Video Deraining |
| 9 | Dongxiang, Shi; Ma, Long; Liu, Risheng; Fan, Xin; Luo, Zhongxuan* | Semantic-Driven Context Aggregation Network for Underwater Image Enhancement |
| 10 | Xie, Lehui; Wang, Yaopeng; Yin, Jia-Li; Liu, Ximeng* | Robust Single-step Adversarial Training with Regularizer |
| 11 | Liu, Chang; Yang, Bin* | A Multi-resolution Medical Image Fusion Network with Iterative Back-Projection |
| 12 | Ding, Xinpeng; Wang, Nannan*; Li, Jie; Gao, Xinbo | CRNet: Centroid Radiation Network for Temporal Action Localization |
| 13 | Wang, Zijie; Xue, Jingyi; Zhu, Aichun; Li, Yifeng *; Zhang, Mingyi; Zhong, Chongliang | AMEN: Adversarial Multi-Space Embedding Network for Text-based Person Re-identification |
| 14 | Liu, Zhen*; wu, xiaojun; Yin, He-Feng; Xu, Tianyang; Shu, Zhenqiu | Locality-constrained collaborative representation with multi-resolution dictionary for face recognition |
| 15 | Huang, Jie; Gu, Xiaoling*; Liu, Xun; Peng, Pai | Fast and Fusion: Real-time Pedestrian Detector Boosted by Body-head Fusion |
| 16 | li, junjie; Wang, Zilei* | Multi-Level Discriminator and Wavelet Loss for Image Inpainting with Large Missing Area |
| 17 | Liu, Zeping; Tang, Hong*; Huang, Wei | AFM-RNN: A Sequent Prediction Model for Delineating Building Rooftops from Remote Sensing Images by Integrating RNN with Attraction Field Map |
| 18 | Zeng, Yuhang; Zou, Yunhao; Fu, Ying* | 3D^2Unet: 3D Deformable Unet for Low-Light Video Enhancement |
| 19 | Zhang, Ziyue; Ji, Zexuan*; Chen, Qiang; Yuan, Songtao; Fan, Wen | Texture-guided U-Net for OCT-to-OCTA Generation |
| 20 | Liu, Fangrui; Liu, Zihao; Liu, Zheng* | Attentive Contrast Learning Network for Fine-grained Classification |
| 21 | Cheng, Hekai; Yang, Lu*; Liu, Zulong | Relation-Based Knowledge Distillation for Anomaly Detection |
| 22 | wang, qianjing; Wang, Changjian*; Xu, Kele; Zhang, Youming | Two-Stage COVID-19 Lung Segmentation from CT Images by Integrating Rib Outlining and Contour Refinement |
| 23 | Zhang, Tianwei; Sun, Kun* | Deep Semantic Edge for Cell Counting and Localization in Time-Lapse Microscopy Images |
| 24 | Zhang, Gang; Zhang, Chaofan*; wang, fan; Tang, Fulin; Wu, Yihong; Yang, Xuezhi; Liu, Yong | High Power-efficient and Performance-density FPGA Accelerator for CNN-based Object Detection |
| 25 | Chen, Huaian; Hou, Chenggang; Duan, Minghui; Tan, Xiao; Jin, Yi*; Lv, Panlang; Qin, Shaoqian | Single Image Specular Highlight Removal on Natural Scenes |
| 26 | Zhang, Xiaoqiang*; Zhong, Liangtao; Liang, Chao; Chu, Hongyu; Shao, Yanhua; Ran, Lingyan | Metric Calibration of Aerial on-board Multiple Non-overlapping Cameras based on Visual and Inertial Measurement Data |
| 27 | Wu, Lifang; Wang, Qi; Li, Zeyu; xiang, ye*; Lang, Xianglong | Relation-Guided Actor Attention for Group Activity Recognition |
| 28 | Wang, Jie; Sun, Yanfeng*; Guo, Jipeng; Hu, Yongli; Yin, Baocai | Attributed Non-negative Matrix Multi-Factorization for Data Representation |
| 29 | Li, Jianhong; Chen, Yan* | Document image binarization using visibility detection and point cloud segmentation |
| 30 | Wang, Zijian; Lu, Yao; Zhang, Yani; Lu, Haowei; Wang, Shunzhou*; Wang, Binglu | LF-MAGNet: Learning Mutual Attention Guidance of Sub-Aperture Images for Light Field Image Super-Resolution |
| 31 | Zhao, Qing; Ma, Huimin*; Lu, Ruiqi; Chen, Yanxian; Li, Dong | MVAD-Net: Learning View-Aware and Domain-Invariant Representation for Baggage Re-Identification |
| 32 | Yujie, He*; Li, Min; Wei, ZhenHua; Xing, YuHang | Infrared Small Target Detection Based on Weighted Variation Coefficient Local Contrast Measure |
| 33 | Li, Haoliang; Zheng, Huicheng* | A Residual Correction Approach for Semi-supervised Semantic Segmentation |
| 34 | Yao, Rui*; Xu, Xin; Zhou, Yong; Zhao, Jiaqi; Fang, Liang | Joint Attention Mechanism for Unsupervised Video Object Segmentation |
| 35 | Yan, Jiadong; Zhao, Yu; Jiang, Mingxin; Zhang, Shu; Zhang, Tuo; Yang, Shimin; Chen, Yuzhong; Zhao, Zhongbo; He, Zhibin; Becker, Benjamin; Liu, Tianming; Kendrick, Keith M; Jiang, Xi* | A Guided Attention 4D Convolutional Neural Network for Modeling Spatio-Temporal Patterns of Functional Brain Networks |
| 36 | Huang, Zixuan; Zheng, Huicheng*; Chen, Manwei | Foreground Feature Selection and Alignment for Adaptive Object Detection |
| 37 | Hou, Shiyu; Wang, Chaoqun; Quan, Weize; Jiang, Jingen; Yan, Dong-Ming* | Text-Aware Single Image Specular Highlight Removal |
| 38 | Li, Ce; Chang, Enbing*; Liu, Fenghua; xuan, shuxing; Zhang, jie; Wang, Tian | Tiny-FASNet: A Tiny Face Anti-spoofing Method Based on Tiny Module |
| 39 | Zhang, Han*; Wang, Jianming; Liu, Hui | Video-Based Reconstruction of Smooth 3D Human Body Motion |
| 40 | Lin, Qifan; Chen, Zhaoliang; Wang, Shiping; Guo, Wenzhong* | A Unified Modular Framework with Deep Graph Convolutional Networks for Multi-Label Image Recognition |
| 41 | Yang, Jiaqi*; Chen, Jiahao; Huang, Zhiqiang; Cao, Zhiguo; Zhang, Yanning | 3D Correspondence Grouping with Compatibility Features |
| 42 | Xu, Yue; Zhu, Dongchen*; Zhang, Guanghui; Shi, Wenjun; Li, Jiamao; Zhang, Xiaolin | Contour-Aware Panoptic Segmentation Network |
| 43 | Liu, Aofu; Ji, Zexuan* | Deep Mixture of Adversarial Autoencoders Clustering Network |
| 44 | Chen, Yuzhong; Yan, Jiadong; Jiang, Mingxin; Zhao, Zhongbo; Zhao, Weihua; Zhang, Rong; Kendrick, Keith M; Jiang, Xi* | Attention-based Node-Edge Graph Convolutional Networks for Identification of Autism Spectrum Disorder Using Multi-Modal MRI Data |
| 45 | Chen, XiuQi*; Yu, Xiao; Di, Huijun; Wang, Shunzhou | SA-InterNet: Scale-aware Interaction Network for Joint Crowd Counting and Localization |
| 46 | chen, yingying*; Hou, Xinwen; Liu, Yu | Minimizing Wasserstein-1 Distance by Quantile Regression for GANs Model |
| 47 | Ma, Ding*; WU, XIANGQIAN | Conditioners for Adaptive Regression Tracking |
| 48 | Xu, Zhenyu; Zhang, Qieshi*; Hao, Fusheng; Ren, Ziliang; Kang, Yuhang; Cheng, Jun | VGG-CAE: Unsupervised Visual Place Recognition Using VGG16-based Convolutional Autoencoder |
| 49 | Kong, Lingwei; Wang, Jianzong*; Huang, Zhangcheng; Xiao, Jing | A Competition of Shape and Texture Bias by Multi-View Image Representation |
| 50 | Jia, Fengshou; GAO, Yun*; Tang, Zhao | Attention Template Update Model for Siamese Tracker |
| 51 | Jiang, Quanyan*; Wu, Xiao-Jun; Kittler, Josef | Insight on Attention Modules for Skeleton-Based Action Recognition |
| 52 | Chen, Bofeng; Fan, Jiaqi; Zhao, Ping; Wei, Zhihua* | Slice Sequential Network: A Lightweight Unsupervised Point Cloud Completion Network |
| 53 | Cui, Wenkai; Wang, Jianzhu; Yu, Haomin; Peng, Wenjuan; Wang, Le; Wang, Shengchun; Dai, Peng; Li, Qingyong* | From Digital Model to Reality Application: A Domain Adaptation Method for Rail Defect Detection |
| 54 | chen, yi*; Liu, Jiyuan; Xiong, Huilin | Two-stage Recognition Algorithm for Untrimmed Converter Steelmaking Flame Video |
| 55 | Guo, Yuanhao*; Huang, Jiaxing; zhou, yanfeng; Luo, Yaoru; Li, Wenjing; Yang, Ge | Segmentation of Intracellular Structures in Fluorescence Microscopy Images by Fusing Low-Level Feature |
| 56 | Xu, Benzhu; Bao, Shengshuai; Zheng, Liping; Zhang, Gaofeng; Wu, Wenming* | IDANet: Iterative D-LinkNets with Attention for Road Extraction from High-resolution Satellite Imagery |
| 57 | Zhong, Wei*; Lin, Jie; Ma, Long; Liu, Risheng; Fan, Xin | Deep Multi-Illumination Fusion for Low-Light Image Enhancement |
| 58 | Lin, Yang; Zhou, Huajun; Xie, Xiaohua*; Lai, Jian-Huang | Scale-aware Multi-branch Decoder for Salient Object Detection |
| 59 | Liu, Huajie; Xu, Ke* | Dense End Face Detection Network for Counting Bundled Steel Bars Based on Densely End Face Detection Network for Counting Bundled Steel Bars Based on YoloV5 |
| 60 | Wu, Falin*; Zhou, Guopeng; He, Jiaqi; Li, Haolun; Liu, Yushuang; Yang, Gongliu | Efficient Object Detection and Classification of Ground Objects from Thermal Infrared Remote Sensing Image Based on Deep Learning |
| 61 | Pei, Shunda; Chen, Zhihao; Wan, Liang* | POT: A Dataset of Panoramic Object Tracking |
| 62 | zhe, wang*; Zheng, Yubo; Li, Xinhang; Jiang, Xikang; Zheng, Yubo; Li, Lei; lin, Zhang | DP-YOLOv5:Computer Vision-Based Risk Behavior Detection in Power Grids |
| 63 | Ji, Zexin; Dong, Xin; dong, li zhen*; Yu, Zekuan; Liu, Hao | Non-local Network Routing for Perceptual Image Super-Resolution |
| 64 | hu, zebin; Liu, Hao*; dong, li zhen; Yu, Zekuan | Cross-Model Attention Method for Medical Image Enhancement |
| 65 | Ma, Ding* | Distillation-based Multi-Exit Fully Convolutional Network for Visual Tracking |
| 66 | Yang, Chen; Deng, Zongyong; Li, Tianyu; Liu, Hao; Liu, Libo* | Variational Deep Representation Learning for Cross-Modal Retrieval |
| 67 | Tan, Yueqi; Yang, Bin* | Multi-Focus Image Fusion with Cooperative Image Multiscale Decomposition |
| 68 | Wei, Feilong*; Zhu, Yuanping | Handwriting Trajectory Reconstruction using Spatial-Temporal Encoder-Decoder Network |
| 69 | Sun, Guoying*; Yang, Meng; Luo, Wenfeng | Adversarial Decoupling for Weakly Supervised Semantic Segmentation |
| 70 | yang, yang; Han, Junwei; Zhang, Dingwen*; Cheng, De | Disentangling Deep Network for Reconstructing 3D Object Shapes from Single 2D Images |
| 71 | Zhang, Quan*; Liao, Zexiang; Huang, Yuezhen; Lai, Jian-Huang | Multi-modal Face Anti-Spoofing based on a Single Image |
| 72 | Dong, Yangwei*; Qian, Jianjun; Yang, Jian | Non-Significant information Enhancement based Attention Network for Face Anti-Spoofing |
| 73 | Liu, Zhuo*; Xie, Xuemei; Li, Xuyang | Scene Semantic Guidance for Object Detection |
| 74 | Pan, YoungSun; Ma, Andy J* | AnchorConv: Anchor Convolution for Point Clouds Analysis |
| 75 | Li, Jiayue** | Immersive Traditional Chinese Portrait Painting: Research on Style Transfer and Face Replacement |
| 76 | Ye, Jingwen; Ji, Yixin; Song, Jie; Feng, Zunlei; Song, Mingli* | Towards End-to-End Embroidery Style Generation: A Paired Dataset and Benchmark |
| 77 | Guan, Junzhi* | Multi-camera extrinsic auto-calibration using pedestrians in occluded environments |
| 78 | He, Lin*; Wei, Zhihui; Xu, Yang; Wu, Zebin | An Enhanced Multi-Frequency Learned Image Compression Method |
| 79 | Deng, Jun-Kai; Feng, Zhanxiang; Chen, Pei-Jia; Lai, Jian-Huang* | Training Person Re-Identification Networks with Transferred Images |
| 80 | Fu, Kang*; Jia, Jun; Zhai, Guangtao | Dual-Layer Barcodes |
| 81 | mengyu, pan*; Meng, Chen; Tian, Fei-Peng; Feng, Wei | Graph Matching based Robust Line Segment Correspondence for Active Camera Relocalization |
| 82 | zheng, qiang* | Early Diagnosis of Alzheimer's Disease Using 3D Residual Attention Network Based on Hippocampal Multi-indices Feature Fusion |
| 83 | Chen, Jun; Liu, Ting; Ou, Fu-Zhao; Wang, Yuan-Gen* | FDEA: Face Dataset with Ethnicity Attribute |
| 84 | yuan, ying*; Duan, Lijuan; Wang, Wenjian; En, Qing | TMD-FS: Improving Few-Shot Object Detection with Transformer Multi-modal Directing |
| 85 | Dou, Peng; Zhou, Wei; Liao, Zhongke; Hu, Haifeng* | Feature Matching Network for Weakly-Supervised Temporal Action Localization |
| 86 | Qi Kong; Xin Xu; liangliang zhang | MEMA-NAS: Memory-Efficient Multi-Agent Neural Architecture Search |
| ID | 作者 | 论文题目 |
| 1 | zheng, qiang* | HPCReg-Net: Unsupervised U-Net Integrating Dilated Convolution and Residual Attention for Hippocampus Registration |
| 2 | Wang, Youjia*; Yan, Qing; ZHOU, WENLI; LIU, Fang | Unsupervised learning framework for 3D reconstruction from face sketch |
| 3 | Pan, Junren; Lei, Baiying; Shen, Yanyan; Liu, Yong; FENG, ZHIGUANG; Wang, Shuqiang* | Characterization Multimodal Connectivity of Brain Network by Hypergraph GAN for Alzheimer’s Disease Analysis |
| 4 | Leyuan, Liu*; Sun, Jianchi; Gao, Yunqi; Chen, Jingying | HEI-Human: A Hybrid Explicit and Implicit Method for Single-view 3D Clothed Human Reconstruction |
| 5 | Tao, Yuting*; Zhao, Haifeng; Zhang, Yan | Flexible Projection Search using Optimal Re-weighted Adjacency for Unsupervised Manifold Learning |
| 6 | Hu, Bowen; Lei, Baiying; Shen, Yanyan; Liu, Yong; Wang, Shuqiang* | A Point Cloud Generative Model via Tree-Structured Graph Convolutions for 3D Brain Shape Reconstruction |
| 7 | Luo, Xiangyang*; Zhang, Chao; lv, zhao | Research of robust video object tracking algorithm based on Jetson Nano embedded platform |
| 8 | Jiang, Zhuolong; Shen, Chengzhi*; LI, Chenghua; Liu, Hongzhi; Chen, Wei | Noise Map Guided Inpainting Network for Low-Light Image Enhancement |
| 9 | Zuo, Qiankun; Lei, Baiying; Shen, Yanyan; Liu, Yong; FENG, ZHIGUANG; Wang, Shuqiang* | Multimodal Representations Learning and Adversarial Hypergraph Fusion for Early Alzheimer’s Disease Prediction |
| 10 | Wang, Zhihao; Tang, Chaoying*; Su, Han; Li, Xiaojie | Model-based gait recognition using graph network with pose sequences |
| 11 | Liu, Zhoufeng*; Huang, Ning; Li, Chunlei; Guo, Zijing; Gao, Chengli | Fabric Defect Detection via Multi-scale Feature Fusion-based Saliency |
| 12 | Zhang, Yufeng; Tang, Chaoying*; Yang, Jiarui; Wang, Biao | Vein Centerline Extraction of Visible images Based on Tracking Method |
| 13 | xiang, zhuo*; Zhao, Cheng; Guo, Libao; Qiu, Yali; Wang , eying ; Lei, Baiying | Multi-directional Attention Network for Segmentation of Pediatric Echocardiographic |
| 14 | Yu, Qiang*; Pan, Xianbing; XIANG, SHIMING; Pan, Chunhong | 3D-SceneCaptioner: Visual Scene Captioning Network for Three-Dimensional Point Clouds |
| 15 | Li, Pengjie*; Li, Jianwei; Zong, Shouxin; Zhang, Kaiyu | Soccer Field Registration Based on Geometric Constraint and Deep Learning Method |
| 16 | Chen, Zan*; Peng, chenxu; Zhang, Hao; Zeng, Qingrun; Feng, Yuanjing | Deep-based Super-angular Resolution for Diffusion Imaging |
| 17 | Gu, Xiaolin*; Yang, Min; Liu, Ke; Zhang, Yi | Classication-IoU Joint Label Assignment For End-to-End Object Detection |
| 18 | Zhang, Xiangchen*; Xu, Huan; liu, yujun; Liao, Jiajia; Cai, GuoRong; Su, Jinhe; Song, Yehua | A Multiple Scale Encoders Network for Stroke Lesion Segmentation |
| 19 | Cao, Yong*; Shi, Yiwen; Liu, Yiwei; Huo, Chunlei; XIANG, SHIMING; Pan, Chunhong | Dual Stream Fusion Network for Multi-spectral High Resolution Remote Sensing Image Segmentation |
| 20 | Shen, Zhenrong*; Ouyang, Xi; Wang, Zhuochen; Zhan, Yiqiang; Xue, Zhong; Wang, Qian; Cheng, Jie-Zhi; Shen, Dinggang | Nodule Synthesis and Selection for Augmenting Chest X-ray Nodule Detection |
| 21 | Zhang, Yichi*; Zhang, Jicong | Dual-Task Mutual Learning for Semi-Supervised Medical Image Segmentation |
| 22 | Xu, wenmei*; Yu, Hongyuan; Wang, Wei; Li, Chenglong; Wang, Liang | Joint Learning Appearance and Motion Models for Visual Tracking |
| 23 | Xu, Leyang*; Lu, Zongqing | ReFlowNet: Revisiting Coarse-to-fine Learning of Optical Flow |
| 24 | Li, Yaohui; Li, Huaxiong*; Chen, Haoxing; Chen, Chunlin | Local Mutual Metric Network for Few-Shot Image Classification |
| 25 | Wang, Zhuo*; Deng, Weihong; Ge, Jiancheng | FIE-GAN: Illumination Enhancement Network for Face Recognition |
| 26 | Li, Jia; Xiang, Linhua; Chen, Jiwei Ji; Wang, Zengfu* | SimplePose V2: Greedy Offset-Guided Keypoint Grouping for Human Pose Estimation |
| 27 | Bao, Jiayu; Chen, Jiansheng*; Ma, Hongbing; Ma, Huimin; Yu, Cheng; Huang, Yiqing | Improving Adversarial Robustness of Detectors via Objectness Regularization |
| 28 | Yao, Sigan; Zhu, Yiqin; Liang, Lingyu*; Wang, Tao | Illumination-Aware Image Quality Assessment for Enhanced Low-light Image |
| 29 | Xiao, Ning*; Luo, Shichao; Qiang, Yan; Zhao, Juanjuan; Lian, Jianhong | DPACN:Dual Prior-guided Astrous Convolutional Network for Adhesive Pulmonary Nodules Segmentation on CT Sequence |
| 30 | Chew, Jeremy*; Kang, Keegan | Control Variates for Similarity Search |
| 31 | Chen, Junfu*; Fu, Zhangjie; Li, Enlu; Sun, Xingming | Multi-scale Extracting and Second-order Statistics for Lightweight Steganalysis |
| 32 | Lin, Poyu; Wang, Xiaoyu; Chen, Jiansheng*; Ma, Huimin; Ma, Hongbing | Face Anti-Spoofing Based on Cooperative Pose Analysis |
| 33 | Qi, Jiyang; Wang, Xinggang*; Hu, Yao; Tang, Xu; Liu, Wenyu | Pyramid Self-Attention for Semantic Segmentation |
| 34 | Zhou, Linmao; Chang, Hong*; Kang, Nan; xiangjun, zhao; MA, Bingpeng | Enhancing Latent Features for Unsupervised Video Anomaly Detection |
| 35 | Xu, Ziwen; Zou, Beiji; Liu, Qing* | A Dark and Bright Channel Prior Guided Deep Network for Retinal Image Quality Assessment |
| 36 | Li, Bocen*; Li, Guozhen; wang, haiting; Wang, Lijun; Gong, Zhenfei; Zhang, Xiaohua; Lu, Huchuan | IPE Transformer for Depth Completion with Input-Aware Positional Embeddings |
| 37 | Zhang, Runqing; Fan, Chunxiao; Ming, Yue* | Re-identify Deformable Targets for Visual Tracking |
| 38 | Hu, Yutao*; Huang, Xin; Luo, Xiaoyan | Adaptive Anomaly Detection Network for Unseen Scene Without Fine-tuning |
| 39 | Lei, yu*; Liu, Shuaiqi; Zhang, luyao; Zhao, jie; Liu, tong | Multi-level Residual Attention Network for Speckle Suppression |
| 40 | Wan, Jiangpeng*; Zhao, Mengbiao; yin, Fei; Zhang, Xu-Yao; Huang, Linlin | End-to-End Detection and Recognition of Arithmetic Expressions |
| 41 | Yang, Xuyong*; Xu, Xiaobin; Huang, Yaohong; Yu, Nenghai | HTCN: Harmonious Text Colorization Network for Visual-Textual Presentation Design |
| 42 | Su, Siwei*; Wang, Haijian; Yang, Meng | Suppressing Style-Sensitive Features via Randomly Erasing for Domain Generalizable Semantic Segmentation |
| 43 | Xiong, Wei*; Yue, Ling; Zhou, Lei; Wei, Liying; Li, Min | FD-Net: A Fully Dilated Convolutional Network for Historical Document Image Binarization |
| 44 | Bu, Yuanyang; Zhao, Yongqiang*; Xue, Jize; Chan, Jonathan Cheung-Wai | Smooth Coupled Tucker Decomposition for Hyperspectral Image Super-resolution |
| 45 | Jia, Kebin*; Wu, Yana | Facial Expression Recognition Based on Multi-scale Feature Fusion Convolutional Neural Network and Attention Mechanism |
| 46 | Xu, Zezhong*; You, Qingxiang; Qian, Cheng | A Fast Method for Extracting parameters of Circular Objects |
| 47 | Yin, Zhaoxia; Xu, Na*; Wang, Feng; Cheng, Lulu; Luo, Bin | Separable Reversible Data Hiding based on Integer Mapping and Multi-MSB Prediction for Encrypted 3D Mesh Models |
| 48 | Dai, Qi*; Jia, Xibin; Mi, Qing | MAGAN: Multi-Attention Generative Adversarial Networks for Text-to-Image Generation |
| 49 | Huang, Tianjun*; Qu, Weiwei; Zhang, Jianguo | Continual Representation Learning via Auto-Weighted Latent Embeddings on Person ReID |
| 50 | Liu, Xuan; Zhang, Yumo; Cong, Runmin*; Zhang, Chen; Yang, Ning; Zhang, Chunjie; Zhao, Yao | GGRNet: Global Graph Reasoning Network for Salient Object Detection in Optical Remote Sensing Images |
| 51 | Cuixin, Yang; Luo, Hongming; Liao, Guangsen; Lu, Zitao; Zhou, Fei*; Qiu, Guoping | Self-Supervised Video Super-Resolution by Spatial Constraint and Temporal Fusion |
| 52 | Li, Shuangshuang; Xu, Shuo; Tang, Jun* | Appearance-Motion Fusion Network for Video Anomaly Detection |
| 53 | Liu, Xuefei; Song, Kaitao*; Lu, Jianfeng | MPN: Multi-Scale Progressive Restoration Network For Unsupervised Defect Detection |
| 54 | Xu, Ling; Miao, Ningjie; Fang, Qin; Yang, Xiaokang; Zhang, Chongyang* | SCENE-AWARE ENSEMBLE LEARNING FOR ROBUST CROWD COUNTING |
| 55 | Zhao, Zongji; Zhao, Sanyuan* | Dual Attention Based Network with Hierarchical ConvLSTM for Video Object Segmentation |
| 56 | Zhang, Shuyin* | A Combination Classifier of Polarimetric SAR image Based on D-S Evidence Theory |
| 57 | Wang, Lijuan; Zhu, Suguo*; Li, Zhihao; fang, zhenying | Complementary Temporal Classification Activation Maps in Temporal Action Localization |
| 58 | Li, Haodong; Chen, Xiaoming; Zhuang, Peiyu; Li, Bin* | Image Tampering Localization Using Unified Two-Stream Features Enhanced with Channel and Spatial Attention |
| 59 | Xiong, Shihua; Lu, Yonggang* | Improve Semantic Correspondence by Filtering the Correlation Scores in both Image Space and Hough Space |
| 60 | Zhao, Haifeng; Wu, Xiaoping; Bao, Dejun; zhang, Shaojie* | Intracranial Hematoma Classification Based on the Pyramid Hierarchical Bilinear Pooling |
| 61 | Chen, Junru; Yao, Chao; Liu, Meiqin; Zhao, Yao* | An End-to-End Mutual Enhancement Network toward Image Compression and Semantic Segmentation |
| 62 | Bai, Yu; Liu, Meiqin*; Yao, Chao; Lin, Chunyu; Zhao, Yao | ODE-Inspired Image Denoiser: An End-to-End Dynamical Denoising Network |
| 63 | Shen, Yeqing; Ma, Huimin*; Zhang, Xiaowen; Hu, Tianyu; Dong, Yuhan | Distance-based Class Activation Map for Metric Learning |
| 64 | Li, Qiaozhe*; Zhang, Jiahui; Zhao, Xin; Huang, Kaiqi | Can DNN Detectors Compete against Human Vision in Object Detection Task? |
| 65 | Liu, Xuehai; Yu, Lisha; Lai, Jian-Huang* | Group Re-Identification Based on single feature attention learning network(SFALN) |
| 66 | Chao, Zhenzhen; Mao, Yaobin*; Han, Yi | Reading Pointer Meter through One Stage End-to-End Deep Regression |
| 67 | Zhang, Lei*; Liao, Kang; Lin, Chunyu; Liu, Meiqin; Zhao, Yao | Image Outpainting with Depth Assistance |
| 68 | Zhou, Boyi; Yang, Gang*; Wan, Xin; Wang, Yutao; Liu, Chang; Wang, Hangxu | A Simple Network with Progressive Structure for Salient Object Detection |
| 69 | Wan, Xin; Yang, Gang*; Zhou, Boyi; Liu, Chang; Wang, Hangxu; Wang, Yutao | Feature Enhancement and Multi-Scale Cross-Modal Attention for RGB-D Salient Object Detection |
| 70 | Bian, Pengcheng*; Zheng, Zhonglong; Zhang, Dawei | Light-weight Multi-channel Aggregation Network for Image Super-resolution |
| 71 | Zhao, Mo; Liu, Hao* | Group-Aware Disentangle Learning for Head Pose Estimation |
| 72 | Liu, Xiang*; Liu, Wenxue; Wang, Li-Na; Zhong, Guoqiang | Deep Architecture Compression with Automatic Clustering of Similar Neurons |
| 73 | Ma, Jianyu*; Yao, Haichao; ni, rongrong; Zhao, Yao | Slow Video Detection Based on Spatial-temporal Feature Representation |
| 74 | wang, zhibing*; ni, rongrong | Attention Guided Spatio-temporal Artifacts Extraction for Deepfake Detection |
| 75 | Li, Li; long, xiao; Zhuang, Liansheng*; wang, shafei | Learn the Approximation Distribution of Sparse Coding with Mixture Sparsity Network |
| 76 | Gao, Rongrong; Li, Xiaolong; Zhao, Yao* | A Novel Method of Cropped Images Forensics in Social Networks |
| 77 | Li, Junhu; Zou, Beiji; Xu, Ziwen; Liu, Qing* | Multi-Branch Multi-Task 3D-CNN for Alzheimer’s Disease Detection |
| 78 | wu, bin; Cheng, eying*; Meng, Chunyun; Liang, Sai | Anti-occluded person re-identification via pose restoration and dual channel feature distance measurement |
| 79 | yuhang, guo* | A non-autoregressive decoding model based on joint classification for 3D human pose regression |
| 80 | Zhang, Pei*; Liang, Tailin; Glossner, John; Wang, Lei; Shi, Shaobo; Zhang, Xiaotong | Dynamic Runtime Feature Map Pruning |
| 81 | SHI, Siqi*; Li, Nanting; Yanjun, Ma; Zheng, Liping | Multi-Criteria Confidence Evaluation for Robust Visual Tracking |
| 82 | Zhang, Shengyu*; Wang, Donghui; Zhao, Zhou; Tang, Siliang; Kuang, Kun; Xie, Di; Wu, Fei | MGD-GAN: Text-to-Pedestrian generation through Multi-Grained Discrimination |
| 83 | Li, Fuhai*; Jiang, Murong; Yang, Lei | Couple Double-Stage FPNs with Single Pipe-line for solar speckle images deblurring |
| 84 | Jiaqian, Yan; Yu, Shi*; Xia, Hua; Zhigao, Huang; Ruzhou, Li | Multi-scale Image Partitioning and Saliency Detection for Single Image Blind Deblurring |
| 85 | zhang , zhipeng; Xiao, Li*; He, Qing; Ma, Ling; Chang, Yuan; Wang, Yuanyuan; Zhuang, Fuzhen; Jiang, Huiqin | An Efficient Polyp Detection Framework with Suspicious Targets Assisted Training |
| 86 | Xie, Ying*; Li, Zhenni; Zhao, Haoli | Gradient-free Neural Network Training Based on Deep Dictionary Learning with the Log Regularizer |