Trajectory-Based Data Delivery Algorithm in Maritime Vessel Networks Based on Bi-LSTM (Chao Liu, Yingbin Li, Ruobing Jiang, Qian Lu, Zhongwen Guo).Pages 298-308Ĭold Start and Learning Resource Recommendation Mechanism Based on Opportunistic Network in the Context of Campus Collaborative Learning (Hong Liu, Peng Li, Yuanru Cui, Qian Liu, Lichen Zhang, Longjiang Guo et al.).Pages 309-321 Optimizing Motion Estimation with an ReRAM-Based PIM Architecture (Bing Liu, Zhaoyan Shen, Zhiping Jia, Xiaojun Cai).Pages 285-297 Sensor Deployment for Composite Event Monitoring in Battery-Free Sensor Networks (Ke Lin, Jianzhong Li).Pages 272-284 Privacy-Aware Online Task Offloading for Mobile-Edge Computing (Ting Li, Haitao Liu, Jie Liang, Hangsheng Zhang, Liru Geng, Yinlong Liu).Pages 244-255Ī Class Incremental Temporal-Spatial Model Based on Wireless Sensor Networks for Activity Recognition (Xue Li, Lanshun Nie, Xiandong Si, Dechen Zhan).Pages 256-271 Multiset Synchronization with Counting Cuckoo Filters (Shangsen Li, Lailong Luo, Deke Guo, Yawei Zhao).Pages 231-243 Verifiable Encrypted Search with Forward Secure Updates for Blockchain-Based System (Han Li, Hongliang Zhou, Hejiao Huang, Xiaohua Jia).Pages 206-217Ĭapacity Analysis of Ambient Backscatter System with Bernoulli Distributed Excitation (Pengfei Li, Xin He, Nikolaos M. SDTCNs: A Symmetric Double Temporal Convolutional Network for Chinese NER (Wei Jiang, Yuan Wang, Yan Tang).Pages 194-205 Multi-user Cooperative Computation Offloading in Mobile Edge Computing (Wei Jiang, Molin Li, Xiaobo Zhou, Wenyu Qu, Tie Qiu).Pages 182-193 Sync or Fork: Node-Level Synchronization Analysis of Blockchain (Qin Hu, Minghui Xu, Shengling Wang, Shaoyong Guo).Pages 170-181 Quality of Service Optimization in Mobile Edge Computing Networks via Deep Reinforcement Learning (Li-Tse Hsieh, Hang Liu, Yang Guo, Robert Gazda).Pages 145-157Ĭamera Style Guided Feature Generation for Person Re-identification (Hantao Hu, Yang Liu, Kai Lv, Yanwei Zheng, Wei Zhang, Wei Ke et al.).Pages 158-169 Multi-job Associated Task Scheduling Based on Task Duplication and Insertion for Cloud Computing (Yuqi Fan, Lunfei Wang, Jie Chen, Zhifeng Jin, Lei Shi, Juan Xu).Pages 109-120Ĭommunication-Efficient and Privacy-Preserving Protocol for Computing Over-Threshold Set-Union (Xuhui Gong, Qiang-sheng Hua, Hai Jin).Pages 121-133Īpproximation Algorithm for the Offloading Problem in Edge Computing (Xinxin Han, Guichen Gao, Li Ning, Yang Wang, Yong Zhang).Pages 134-144 Learning-Aided Mobile Charging for Rechargeable Sensor Networks (Xinpeng Duan, Feng Li, Dongxiao Yu, Huan Yang, Hao Sheng).Pages 85-96Ī Social Relationship Enabled Cooperative Jamming Scheme for Wireless Communications (Jingjing Fan, Yan Huo, Qinghe Gao, Tao Jing).Pages 97-108 Hubert Chan, Li Ning, Yong Zhang).Pages 28-39Ī Novel Anti-attack Revenue Optimization Algorithm in the Proof-of-Work Based Blockchain (Hao Chen, Yourong Chen, Meng Han, Banteng Liu, Qiuxia Chen, Zhenghua Ma).Pages 40-50Ĭan the Max-Min Fair Allocation Be Trustful in a Centralized Resource System? (Zheng Chen, Zhaoquan Gu, Yuexuan Wang).Pages 51-64Ī Novel Blockchain Network Structure Based on Logical Nodes (Jiancheng Chi, Tie Qiu, Chaokun Zhang, Laiping Zhao).Pages 65-76ĭynamic Distribution Routing Algorithm Based on Probability for Maritime Delay Tolerant Networks (Xuerong Cui, Tong Xu, Juan Li, Meiqi Ji, Qiqi Qi, Shibao Li).Pages 77-84 Maximizing the Expected Influence in Face of the Non-progressive Adversary (T.-H. OSCD: An Online Charging Scheduling Algorithm to Optimize Cost and Smoothness (Yanhua Cao, Shiyou Qian, Qiushi Wang, Hanwen Hu, Weidong Zhu, Jian Cao et al.).Pages 15-27 You can also refer to this link which is a video that shows steps to find the service tag.Reinforcement Learning Based Group Event Invitation Algorithm (Chunyu Ai, Wei Zhong, Longjiang Guo).Pages 3-14 Both codes are on the bottom of your laptop.
The Service Tag is a 7-character code, and the Express Service Tag is a 10-digit code that is a numeric version of the Service Tag. To send a private message, click on my name and select ‘Send private message’.ģ. > Uncheck the option to “allow the computer to turn off this device to save power” and click OKĪlso, share the following information via private message, so that we can check for more details. > Click to expand USB Root Hub and click the Power Management tab > Type Device manager in the Search box and then click Device Manager from the returned list Kindly follow the below mentioned steps and check if the issue re-occurs. The issues that you are currently facing might be due the devices turning off automatically to save power. We definitely understand your concern without a fully functional system.