Titlebook: Making, Makers, Makerspaces; The Shift to Making Janette Hughes Book 2022 The Editor(s) (if applicable) and The Author(s), under exclusive

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ingestion

maroon

Janette Hughes,Stephanie Thompson,Laura Morrisont summarization. We observe that self-training and cross-training a pre-trained model with . selected data shows competitive performance to the pre-trained model. Furthermore, a small amount of . selected data is sufficient for domain adaptation against fine-tuning on the entire training dataset wit

使痛苦

Janette Hughes,Jennifer Laffier,Jennifer A. Robbf optimization (minimal and maximal) in the bipartite matching process, which provides more flexibility. Our evaluation shows, we each scored 0.966, 0.990, and 0.996 .@1 rates on the . dataset in Chinese, Japanese, and French to English alignment tasks. We outperformed the state-of-the-art method in

notice

Janette Hughes,Stephanie Thompsonies from the ontology. We evaluate the effect of using symbolic knowledge from ontologies with graph neural networks. Experimental results on two public biomedical datasets, BioRel and ADE, show that our method outperforms all the baselines (approximately by 3%).

alleviate

Janette Hughes,Laura Morrisonof neighbor nodes (for edge removal) and probable future neighbor nodes (for edge insertion) on the core number of a given node. Accordingly, we define Removal Strength and Insertion Strength measures to capture the resilience of an individual node upon removing and inserting an edge, respectively.

破布

Janette Hughes,Laura Morrisonning; Optimization; Recommender Systems; Reinforcement Learning; Representation Learning...Part V:. ​Robustness; Time Series; Transfer and Multitask Learning...Part VI:. ​Applied Machine Learning; Computational Social Sciences; Finance; Hardware and Systems; Healthcare & Bioinformatics; Human-Comput

intrude

SOW

manifestation

Janette Hughes,Margie Lamces and, as a result, simultaneously extracts latent higher-order spatio-temporal dependencies. We provide theoretical foundations behind the proposed hyper-simplex-graph representation learning and validate our new Hodge-style Hyper-simplex-graph Neural Networks (H.-Nets) on 7 real world spatio-tem