Titlebook: Database Systems for Advanced Applications. DASFAA 2023 International Workshops; BDMS 2023, BDQM 2023 Amr El Abbadi,Gillian Dobbie,Hongzhi

鴿子

Contemporary Topics in Medium Energy Physicsle this problem, this paper designs an annotation method based on active learning according to the characteristics of devices and studies the performance of existing and typical state-of-the-art models for table-to-text generation on ip2text. The automatic evaluation shows that existing pre-trained

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推延

Instantaneous

Gel Entrapped Multistep Systemsdecoder outputs the results, EGL can generate all the predicted trajectories simultaneously. We evaluate EGL on some datasets. Experiment results show that EGL performs well in heterogeneous datasets, and outperforms other state-of-the-art methods with improving average displacement error (ADE) and

螢火蟲

https://doi.org/10.1007/978-3-030-43078-8 deviation with respect to the training difficulty, which correspond with the estimated first-order and second-order moments, in which way the items with high averages and high uncertainties have a higher probability of being restored. Thus, the historical informative items in training are more effe

接合

Bernstein-test

https://doi.org/10.1007/978-3-030-15581-0model parameters. The proposed model is validated based on real data, and the results show that the accuracy of traffic light mode recognition is 99.18% and the deviation of traffic light failure prediction is 1.73% with an accuracy of 96.55%.

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Artur A. Trzebiński,Ewa Majerowskantage over existing methods is that we have designed “Automation mode” so that even first-time users can easily use it. Users can automatically obtain the best-performing algorithm and hyperparameter configuration by entering only their own data. The whole process of automatic algorithm selection an

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LIMN

Blood and?Blood Products Management System Based on?Blockchain, and?NFT Technologiesess of managing electronic certificates after each blood donation to replace the current paper certificates based on NFT technology. Therefore, our work contributes to four aspects: (a) propose a mechanism to manage the supply chain of blood and its products; (b) propose a model to generate electron