PrefaceNo. |
Paper title |
Reporter |
1 |
Research on vehicle edge migration strategy Bet365 Poker reinforcement learning |
Wang Chenglong |
2 |
Service routing-based caching strategy in cloud-assisted radio cognitive networks |
Huang Mingfeng |
3 |
Antenna optimization design Bet365 Poker angle modulation bat algorithm |
Wang Zhiyu |
4 |
Incremental disease prediction model Bet365 Poker denoising autoencoders and width learning |
Hu Yuxuan |
5 |
Long-term incentive mechanism for location-based crowd intelligence sensing |
Li Chaojie |
6 |
Chinese spelling checking method Bet365 Poker character feature mask |
Shan Youran |
7 |
An evolvable shell protection technology identification scheme |
Yu Liyang |
8 |
Bet365 PokerDIBR3DBet365 Poker copyright protection algorithm for video watermark embedding and zero-watermark mixing |
Wang Jiayu |
9 |
Bet365 Poker computing offloading strategies for energy consumption optimization in cloud-edge convergence environment |
Yao Xiangbo |
10 |
Distributed web page feature collection system Bet365 Poker low-interaction client honeypot |
Dai Chenglin |
11 |
forServerlessScene container image cropping method |
Guo Xucheng |
12 |
UAV-Assisted Mobile Edge Computing with Latency Constraints |
Tan Tiao |
13 |
Research on automatic segmentation of software Bet365 Poker flow computing and on-demand loading system |
Gao Yingang |
14 |
Research on incentive mechanism Bet365 Poker prospect theory in crowd sensing |
Zeng Yuan |
15 |
RBS-Net:Use area、Multi-scale feature Bet365 Poker with boundary and structure loss for hippocampal segmentation |
Chen Yu |
16 |
Retinal microaneurysm detection Bet365 Poker data augmentation and multi-context ensemble learning |
Du Jingyu |
17 |
Research on rapeseed weed identification method Bet365 Poker convolutional neural network |
Qu Qinqi |
18 |
Real-time demand response strategy for home energy management Bet365 Poker multi-agent deep reinforcement learning |
Wang Yujie |
19 |
Research and implementation of high-dimensional data projection technology Bet365 Poker federated learning |
Lin Weixing |
20 |
_MS-GCNSGraph convolutional network model integrating motif structure Bet365 Poker |
Cheng Travelhang |
21 |
Bet365 PokerBERT39900_39911 |
Peng Yinan |
22 |
Orderlyk-Construction of the core set of the Bet365 Poker problem |
Wang Hailong |
23 |
Approximation Bet365 Poker for differential privacy facility location problem with constant multiplication error |
Wang Lu |
24 |
String-based Minimum Edit Distance Vehicle Trajectory Similarity Calculation Method |
Liu Lanling |
25 |
All longest paths share a common vertex on chordal graphs |
Liu Weijin |
26 |
A session recommendation algorithm Bet365 Poker global and session graph neural networks |
Zhu Jiafu |
27 |
Detection of money laundering behavior in digital currency exchanges |
Zhu Chunyao |
28 |
Research on breast cancer image recognition model Bet365 Poker deep learning and fine-grained feature optimization |
Wu Renzhong |
29 |
Enhancing the reversal potency for anticancer drug screening Bet365 Poker large scale pharmacogenomics |
Wen Zhongqi |
30 |
Predicting of microbe-drug associations via a pre-completion-based label propagation Bet365 Poker |
Yang Botu |
31 |
A deep Bet365 Poker framework for predicting protein functions with co-occurrence of GO terms |
Shi Wenbo |
32 |
Optimizing the misalignment problem of Bet365 Poker and label assignment for cervical cancer |
King Capital |
33 |
Large scalescRNA-seq52361_52371 |
Liu Lan |