serial number |
Name |
Thesis title |
1 |
Close Ke |
A covert and robust backdoor attack seabet mobile frequency block truncation |
2 |
Chen Bo |
Highly scalable differential privacy learning seabet mobile gradient subspace perturbation |
3 |
Chen Shanming |
seabet mobileSNVsand consistencyINDELs’s nanopore data typing optimization algorithm |
4 |
Chen Zitong |
Multi-encoding seabet mobileMHC-IIBinding prediction of molecules and peptides |
5 |
Cui Tong |
An online lightweight group discussion summary visual analysis system |
6 |
Fang Jiaxiang |
Small sample semantic segmentation seabet mobile self-supporting prototype perception |
7 |
Fang Minghui |
JSReduct:Confusion malware seabet mobile data flow reductionJSDetection method |
8 |
He Zhuang |
Effect linkage-seabet mobile prediction model for prediction from multi-site dataMDDScale score |
9 |
He Junyu |
Research on UAV energy scheduling seabet mobile deep reinforcement learning |
10 |
Huang Wei |
seabet mobile the placement of drones and joint edge servers in mobile edge computing |
11 |
Huang Wenjie |
Methyloop:A chromatin structure prediction tool using only methylation information |
12 |
Ji Shijia |
Hypergraph neural network seabet mobile motif interaction enhancement |
13 |
Jing Yalin |
seabet mobile timeKolmogorov-ArnoldDeep attention knowledge tracking in the network[] |
14 |
Lei Linghao |
Current situation and prospects of intelligent medical treatment seabet mobile digital twin technology |
15 |
Lai Dinh Hi |
Deep learning method seabet mobile multi-source similarity fusion to predict drug side effect frequency categories |
16 |
Li Jingfan |
seabet mobile algorithms for problems related to maximum bipartite cliques in bipartite graphs |
17 |
Li Ning |
Automation seabet mobile graph neural network guided by prior knowledge and isomorphic graph approximation algorithmASPECTSRating |
18 |
Liu Lingfeng |
Three-dimensional human pose estimation seabet mobile wavelet transform |
19 |
Liu Shuman |
GRP-ALS: Adaptive location-aware geographic routing protocol for UAV ad hoc networks |
20 |
Liu Xiaoyu |
CMDeSum: A code summary generation model seabet mobile cross-modal deliberation network |
21 |
Liu Yan |
Milpsi: Direct seabet mobile multi-instance learningRNASequencing pseudouridine modification detection method |
22 |
Liu Yifeng |
Elastic scheduling method for mixed flows in time-sensitive networks |
23 |
Lu Zhi |
Quality-driven incentive mechanism for long-term participation in mobile crowd sensing |
24 |
Ma Kang |
High-precision algorithm for solving traveling salesman problem seabet mobile global structure module |
25 |
Mo Jiawei |
seabet mobileHadoop'sKinectGait skeleton anomaly detection |
26 |
Sun Zhibin |
Dynamic estimation of write amplification of solid state drives |
27 |
Tan Bowen |
DepthVMamba:Visual state space model for monocular depth estimation seabet mobile challenging scenes |
28 |
Tan Chi |
seabet mobile deep reinforcement learningk-Means clustering algorithm |
29 |
Wan Tongming |
Research on domain generalization face anti-fraud seabet mobile dual branches in space-frequency domain |
30 |
Wang Chenyu |
Anomaly detection of traceability graph seabet mobile system behavior feature extraction |
31 |
Wang Shuqin |
seabet mobile urban intersection control strategy under intelligent network-connected mixed traffic environment |
32 |
Wang Yijin |
SREF:Space-timeKansformerMultimodal fusion Parkinson’s disease diagnostic model with spatial residual embedding |
33 |
Weizela |
GNN-IoT: Low-cost IoT device type classification framework seabet mobile graph neural network |
34 |
Yan Haonan |
Medical image segmentation method seabet mobile graph neural network |
35 |
Eve |
Advanced Interference Monitoring andYOLOv8m: Improving road safety and understanding consumer behavior |
36 |
Yi Jiale |
seabet mobile high resolution3D U-Net3D repair network for defective skull model with lightweight attention mechanism |
37 |
Yu Mengqi |
Internet of Vehicles Collaborative Computing in an Information Asymmetric Environment: Optimization Mechanism seabet mobile Cognitive Bias |
38 |
Yu Xinming |
Time series anomaly detection seabet mobile multi-scale graph structure learning |
39 |
Yue Xia |
Real data-driven mobile crowdsensing participant selection method |
40 |
Zhang Yifan |
Continuous-time dynamic graph learning seabet mobile space-time random walk |
41 |
Zhang Yueqi |
A review of research on three-dimensional skeletal action recognition seabet mobile deep learning |
42 |
Zhang Zhiyang |
IntegrationAPIAutomatic generation method of code summary of information |
43 |
Zhu Pengyang |
forOJSystematic code similarity detection method |