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Kumo Runs Deep Learning Securely in the Snowflake Data Cloud with New Snowpark Container Services

Kumo Runs Deep Learning Securely in the Snowflake Data Cloud with New Snowpark Container Services
tmcnet.com - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from tmcnet.com Daily Mail and Mail on Sunday newspapers.

Jeff-hollan , Vanja-josifovski , Twitter , Linkedin , Pinterest , Snowpark-container-services , Snopark-container-services , Graph-neural-network , Runs-deep-learning-securely , Snowflake-data-cloud , New-snowpark-container , Data-cloud

Kumo Runs Deep Learning Securely in the Snowflake Data Cloud with New Snowpark Container Services

/PRNewswire/ -- Kumo, a leading deep learning platform for relational data, today announced at Snowflake's annual user conference, Snowflake Summit 2023, that...

Jeff-hollan , Vanja-josifovski , Twitter , Linkedin , Snowpark-container-services , Graph-neural-network , Data-cloud , Container-services , Neural-network , Product-management , Snowflake-summit ,

JABSOM Scientists Advance Human Genome Project

miragenews.com - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from miragenews.com Daily Mail and Mail on Sunday newspapers.

Youping-deng , Joshuag-burkhart , University-of-hawai , Graph-neural-network , Johna-burns-school-of-medicine , Human-genome-project , Core-facility ,

UPSC Weekly Quiz — April 2 to April 8, 2023

Brush up your knowledge on current events of the last week and consolidate your UPSC-CSE preparation. Find answers along with explanations at the end of the quiz.

Puerto-rico , Spain , India , Pakistan , Gibraltar , Morocco , Germany , United-states , Hingoli , Maharashtra , Canada , Mumbai

The dark side of Graph Neural Networks

The current limitations of Graph Neural Networks. We continue our two part series on ML on Graphs, by asking: could graphs replace other domain specific formats and algorithms, such as Computer Vision (CV) or Natural Language Processing (NLP)? 

Graph-neural-networks , Message-passing-neural-networks , Graph-neural-network , Convolutional-neural-networks-or-transformers , Graph-convolutional-network , Why-machine-learning , Computer-vision , Natural-language-processing , Convolutional-neural-networks , Hardware-lottery , Machine-learning

"Failure Prediction for Large-scale Water Pipe Networks Using GNN and T" by Shuming Liang, Zhidong Li et al.

Pipe failure prediction in the water industry aims to prioritize the pipes that are at high risk of failure for proactive maintenance. However, existing statistical or machine learning models that rely on historical failures and asset attributes can hardly leverage the structure information of pipe networks. In this work, we develop a failure prediction framework for pipe networks by jointly considering the pipes' features, the network structure, the geographical neighboring effect, and the temporal failure series. We apply a multi-hop Graph Neural Network (GNN) to failure prediction. We propose a method of constructing a geographical graph structure depending on not only the physical connections but also geographical distances between pipes. To differentiate the pipes with diverse properties, we employ an attention mechanism in the neighborhood aggregation process of each GNN layer. Also, residual connections and layer-wise aggregation are used to avoid the over-smoothing issue in deep GNNs. The historical failures exhibit a strong temporal pattern. Inspired by point process, we develop a module to learn the pipes' evolutionary effect and the time-decayed excitement of historical failures on the current state of the pipe. The proposed framework is evaluated on two real-world large-scale pipe networks. It outperforms the existing statistical, machine learning, and state-of-the-art GNN baselines. Our framework provides the water utility with core data-driven support for proactive maintenance including regular pipe inspection, pipe renewal planning, and sensor system deployment. It can be extended to other infrastructure networks in the future.

Graph-neural-network , Failure-prediction , Nns , Nfrastructure-networks , Oint-process , Roactive-maintenance , Emporal-failure-pattern ,