最新文章:(已有DOI)
[A] P. Chen, X.X. He, J. Zhu, S. Li, Data-Driven Control for Magnetic Actuation Capsule:Dynamic Compensation and Input Constraints, IEEE Transactions on Automation Science and Engineering, DOI: 10.1109/TASE.2024.3407825
[B] Junyi Guan , Sheng Li , et. al., Y-graph:A max-ascent-angle graph for detecting clusters,IEEE Transactions on Knowledge and Data Engineering,(IEEE TKDE,ZJUT100), DOI:10.1109/TKDE.2024.3486221
[C] Sheng Li, Yipei Ren, Yulin Yu, et. al., A survey of deep learning algorithms for colorectal polyp segmentation, Neurocomputing(中科院2区TOP), 2024, NEUCOM_128767
[D] Qianru Jiang, Yulin Yu, Yipei Ren, Sheng Li, et. al.,A review of deep learning methods for gastrointestinal diseases classification applied in computer-aided diagnosis system, Medical & Biological Engineering & Computing, DOI:10.1007/s11517-024-03203-y
期刊代表作
[2024-3]Junyi Guan , Sheng Li , et. al. Fast main density peak clustering within relevant regions via a robust decision graph. Pattern Recognition (PR,中科院1区TOP), vol 158,2024, 110458
[2024-2]S. Li, X. Tang, B. Cao et al., Boundary guided network with two-stage transfer learning for gastrointestinal polyps segmentation. Expert Systems With Applications (ESWA,中科院1区TOP) vol 240, artical no. 122503,April 2024.
[2024-1]Sheng Li, Shuling Shi, et al. Deep information-guided feature refinement network for colorectal gland segmentation, International Journal of Computer Assisted Radiology and Surgery, 2023.12, 18(12),pp 2319-2328.
[1] Junyi Guan , Sheng Li , et. al. DEMOS: clustering by pruning a density-boosting cluster tree of density mounts,IEEE Transactions on Knowledge and Data Engineering,(IEEE TKDE,ZJUT100),Vol 35,No.10, pp. 10814-10830, Oct. 2023.
[2]Junyi Guan , Sheng Li , Xiongxiong He, Jinhui Zhu, Jiajia Chen,Peng Si,SMMP: A Stable-Membership-based Auto-tuning Multi-Peak Clustering Algorithm,IEEE Transactions on Pattern Analysis and Machine Intelligence (IEEE TPAMI,中科院1区TOP),Vol 45,No. 5, pp. 6307-6319, May 2023.
[3]Qianru Jiang, Sheng Li, Zhihui Zhu, Huang Bai, Xiongxiong He, R. C. de Lamare, Design of Compressed Sensing System with Probability based Prior Information, IEEE Transactions on Multimedia (IEEE TMM中科院1区TOP),2020.03,vol23,issue3,594-609
[4]Huang Bai; Sheng Li; Xiongxiong He, Sensing Matrix Optimization Based on Equiangular Tight Frames With Consideration of Sparse Representation Error, IEEE Transactions on Multimedia (IEEE TMM中科院1区TOP), 2016. 18(10): 2040-2053
[5] Junyi Guan , Sheng Li , Xiongxiong He, Jiajia Chen, Clustering by fast detection of main density peaks within a peak digraph, Information Sciences ( INS,中科院1区TOP),2023, Vol 628, May 2023, pp 504-521
[6]Yao Cheng; Sheng Li; Jianshu Zhang; Florian Roemer; Bin Song; Martin Haardt; Yuan Zhou; Mingjie Dong, An efficient transmission strategy for the multicarrier multiuser MIMO downlink, IEEE Transactions on Vehicular Technology(IEEE TVT中科院2区TOP), 2014, 63(2): 628-642
[7]Sheng Li; Rodrigo C. de Lamare; Martin Haardt, Adaptive frequency-domain group-based shrinkage estimators for UWB systems, IEEE Transactions on Vehicular Technology(IEEE TVT中科院2区TOP), 2013, 62(8): 3639-3652
[8]Sheng Li; Rodrigo C. de Lamare; Rui Fa, Reduced-rank linear interference suppression for DS-UWB systems based on switched approximations of adaptive basis functions,IEEE Transactions on Vehicular Technology(IEEE TVT中科院2区TOP),2011, 60 (2): 485-497
[9] Sheng Li; Rodrigo C. de Lamare, Blind reduced-rank adaptive receivers for DS-UWB systems based on joint iterative optimization and the constrained constant modulus criterion,IEEE Transactions on Vehicular Technology(IEEE TVT中科院2区TOP), 2011, 60(6): 2505-2518
[10]Junyi Guan , Sheng Li , Xiongxiong He, Jinhui Zhu, Jiajia Chen, Fast hierarchical clustering of local density peaks via an association degree transfer method, Neurocomputing(中科院2区TOP), Volume 455,September 2021, 401-418
[11]Junyi Guan , Sheng Li , Xiongxiong He, Jiajia ChenPeak-Graph-Based Fast Density Peak Clustering for Image Segmentation, IEEE SIGNAL PROCESSING LETTERS, VOL. 28, 2021,897-901
[12]Li, S., Cao, J., Yao, J., Zhu, J.,He, X., Jiang, Q.: Adaptive aggregation with self-attention network for gastrointestinal image classification. IET Image Process. 2022;16, 2384–2397.
[13]Q. Jiang, S. Li, L. Chang et al. Exploiting prior knowledge in compressed sensing to design robust systems for endoscopy image recovery,Journal of the Franklin Institute, 359 (2022) 2710–2736.
[14] Sheng Li ,Beibei Zhu, Xinran Guo, Shufang Ye, Jietong Ye, Yongwei Zhuang, Xiongxiong He,Multi-scale high and low feature fusion attention network for intestinal image classification, Signal, Image and Video Processing,Vol 17, 2877-2886, Feb. 2023
[15]Sheng Li, Xueting Kong,Cheng Lu,Jinhui Zhu,Xiongxiong He,Ruibiao Fu,GCA-Net: global context attention network for intestinal wall vascular Segmentation, International Journal of Computer Assisted Radiology and Surgery, 17(3), 569-57, 2021
[16] Z Zhang,LI Sheng,SI Peng,LI Xuefang,HE Xiongxiong, A TUMOR-IMMUNE MODEL WITH MIXED IMMUNOTHERAPY AND CHEMOTHERAPY: QUALITATIVE ANALYSIS AND OPTIMAL CONTROL,Journal of Biological Systems, Vol. 30, No. 2 (2022) 339–364
[17]朱霆威,李胜,何熊熊,先验权重共享码本下内窥镜图像大肠病变分类,中国图象图形学报,第7卷,2021年4月。
[18]李胜,刘桂云,何熊熊. 基于类别转移加权张量分解模型的兴趣点分区推荐. 电子与信息学报. Vol 44, No 1, pp 203-210, 2022.
[19]李胜,周婧婧,何熊熊,俞敏.融合颜色特征和背景先验的WCE出血图像显著性检测.航天医学与医学工程,2021,34(5)375-382.
[20]李胜,曹婧,叶淑芳,代飞,何熊熊,边缘先验信息下的多类型肠道息肉图像分类网络,中国生物医学工程学报,2022,41(3) , pp 431-442.
会议代表作
(1) Sheng Li; Rodrigo C. de Lamare, Blind Reduced-Rank Receiver with Column Adaptation for DS-UWB Systems Based on Joint Iterative Optimization and CCM Criterion, 2011 May, IEEE 73rd Vehicular Technology Conference (VTC Spring).
该论文获得最优论文奖:Sheng Li, R. C. de Lamare, Best paper award for the track: signal processing for wireless communications, IEEE VTC 2011 Spring
(2) Sheng Li; Rodrigo C. de Lamare; Martin Haardt, Adaptive frequency-domain biased estimation algorithms with automatic adjustment of shrinkage factors, 2011 May, IEEE International Conference on Acoustics, Speech and Signal Processing (ICASSP), 4268-4271.
信号处理领域知名会议
(3) Huang Bai; Songcen Xu; Sheng Li; Rodrigo C. de Lamare; Xiongxiong He; H. Vincent Poor, Adaptive Distributed Compressed Estimation Based on Recursive Least Squares With Sensing Matrix Design, 2016 March, IEEE International Conference on Acoustics, Speech and Signal Processing Proceedings, 3691-3695.
信号处理领域知名会议,且和大牛合作,真香
发明专利
[P1] 李胜,俞敏,何熊熊,常丽萍,一种基于多特征融合的胶囊内窥镜图像分类方法,授权日期:2021.06.18,专利号:ZL2018115159447
[P2] 李胜,程铖,何熊熊,常丽萍,姜倩茹,李唱,一种基于字典学习的胃镜器官分类方法,授权日期:2021.08.03,专利号:ZL2018115159466
[P3] 李胜,李唱,何熊熊,常丽萍,姜倩茹,程铖,一种基于密度峰和引力影响的半监督游客画像数据聚类方法,授权日期:2020.12.01,专利号:ZL2018115159428
[P4] 李胜,王忠超,一种基于改进MMAS的负载均衡调度方法, 授权日期:2023.04.18,专利号:ZL201911391039X
[P5] 李胜,陈强,何熊熊,孙明轩,一种基于多字典改进型压缩感知框架的内窥镜图像感知重构方法,授权日期:2023.04.18,专利号:ZL201811515947.0
[P6] 李胜,马悦,何熊熊,一种基于不相干性联合字典学习的图像分类方法,授权日期:2023.06.13,专利号:ZL202010316589.1
[P7] 李胜,林煜南,一种基于Quota的集群模糊控制容量规划方法,授权日期:2023.11.07,专利号:ZL2020102573997
[P8] 李胜,程珊,何熊熊,夏瑞瑞,王栋超,郝明杰,一种基于无归一化深度残差与注意力机制的肠道病灶辅助诊断方法,授权日期:2024.03.22,专利号:ZL202110429423.5
[P9] 李胜,郝明杰,何熊熊,王栋超,夏瑞瑞,程珊,一种多尺度U型残差编码器与整体反向注意机制结合的肠道病灶分割方法,授权日期:2024.03.26,专利号:ZL202011549422.6
[P10] 李胜,王栋超,何熊熊,郝明杰,夏瑞瑞,程珊,一种多尺度信息与并行注意力机制的深度学习肠道息肉分割方法,授权日期:2024.04.16,专利号:ZL202011427253.9
[P11] 李胜,夏瑞瑞,何熊熊,程珊,郝明杰,王栋超,一种显著边缘特征提取模块引导网络的肠道疾病分割方法,授权日期:2024.04.19,专利号:ZL202011537413.5
[P12] 李胜,喻东,何熊熊,李静,陈铭,司鹏,包含信息筛选与融合修复的胃肠道内窥镜图像预处理方法,授权日期:2024.09.27,专利号:ZL2020110283777.3
获奖:
中国发明协会,发明创业成果奖,项目名称:胃肠道疾病辅助诊断关键技术及应用,奖励等级:一等奖,完成单位:浙江工业大学,第二完成人。(2/6)2024年7月。