Titlebook: Big Data Analytics and Knowledge Discovery; 26th International C Robert Wrembel,Silvia Chiusano,Ismail Khalil Conference proceedings 2024 T

Corrugate

书目名称Big Data Analytics and Knowledge Discovery影响因子(影响力)




书目名称Big Data Analytics and Knowledge Discovery影响因子(影响力)学科排名




书目名称Big Data Analytics and Knowledge Discovery网络公开度




书目名称Big Data Analytics and Knowledge Discovery网络公开度学科排名




书目名称Big Data Analytics and Knowledge Discovery被引频次




书目名称Big Data Analytics and Knowledge Discovery被引频次学科排名




书目名称Big Data Analytics and Knowledge Discovery年度引用




书目名称Big Data Analytics and Knowledge Discovery年度引用学科排名




书目名称Big Data Analytics and Knowledge Discovery读者反馈




书目名称Big Data Analytics and Knowledge Discovery读者反馈学科排名

委托

EXTOL

Learning Paradigms and Modelling Methodologies for Digital Twins in Process Industry the process industry are a novel contribution in this field. This study aims to address these gaps by (1) systematically analyzing the modelling methodologies (e.g. Convolutional Neural Network, Encoder-Decoder, Hidden Markov Model) and paradigms (e.g. data-driven, physics-based, hybrid) used for D

谎言

MultiMatch: Low-Resource Generalized Entity Matching Using Task-Conditioned Hyperadapters in Multitah task before computing the overall loss. Empirically, we observe regulatory effects on the model’s variance. Lastly, we analyze the carbon impact of fine-tuning different systems. Results are promising: our approach generalizes over eight GEM benchmarking tasks while reducing . emissions by 85.0%.

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HERE

上涨

Indigence

Exploring Causal Chain Identification: Comprehensive Insights from Text and Knowledge Graphsate the semantic continuity of chains within established knowledge graphs, we curate a chain-structured dataset, highlighting both causal relations and multiple non-causal relations, i.e. . and ., termed .. We noticed that the longer the chains, the fewer instances of existence. However, contrary to

gonioscopy

Improving Serendipity for Collaborative Metric Learning Based on Mutual Proximityalled collaborative metric learning. The proposed method improves existing techniques by refining the embedding space search algorithm, reducing the bias toward popular items in recommendations without altering the original embedding space, thereby enabling users to achieve serendipity. Furthermore,

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