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G-Research Distinguished Speaker Series: Amy Hodler, Graph Evangelist
G-Research Distinguished Speaker Series: Amy Hodler, Graph Evangelist
Our most recent edition of the G-Research Distinguished Speaker Series took place at the Royal College of Physicians in Central London. Our featured speaker, Amy Hodler, is a graph evangelist, network science expert, and co-author of 'Graph Algorithms'. In her talk 'Average is a Lie - Using Graph Analytics to Improve Predictions', Amy discusses a range of topics, including: Graph queries Graph algorithms Relationships and structures in data Predicting behavioural change Machine learning Graph embedding Link prediction Data lineage Financial contagion Use of graph analytics in security Learn more about G-Research (https://www.gresearch.co.uk/) and view talks from speakers such as Professor Sir Martin Hairer and Wes McKinney in our Distinguished Speaker Series playlist. Interested in attending a future Distinguished Speaker Series event? Register your interest here now: https://events.beamery.com/gresearch/all-dss-events-mntauiaxr
·youtube.com·
G-Research Distinguished Speaker Series: Amy Hodler, Graph Evangelist
Nov 2022: TigerGraph Cloud Update - TigerGraph
Nov 2022: TigerGraph Cloud Update - TigerGraph
With the mission of building the most user-friendly graph-as-a-service that unlocks smarter insights for all, our product and engineering teams at TigerGraph have been working hard to elevate TigerGraph Cloud to the next level of ease-of-use and enterprise readiness.
·tigergraph.com·
Nov 2022: TigerGraph Cloud Update - TigerGraph
Semantic Technology Value Chain
Semantic Technology Value Chain
This post by Michael Atkin is designed to demystify semantic standards and knowledge graphs for executive stakeholders
·ontotext.com·
Semantic Technology Value Chain
Scalable Graph Learning in the Enterprise: Efficient GNN model training using Kubernetes and smart GPU provisioner
Scalable Graph Learning in the Enterprise: Efficient GNN model training using Kubernetes and smart GPU provisioner
Graph neural networks (GNNs) have emerged as one of the leading solutions for ML applications. Most real-world data can be represented as graphs - see this blog for a comprehensive overview of what use cases are best solved with GNNs and their key advantages.
·kumo.ai·
Scalable Graph Learning in the Enterprise: Efficient GNN model training using Kubernetes and smart GPU provisioner
Sign Up | LinkedIn
Sign Up | LinkedIn
500 million+ members | Manage your professional identity. Build and engage with your professional network. Access knowledge, insights and opportunities.
·linkedin.com·
Sign Up | LinkedIn
Linked Data Benchmark Council on Twitter
Linked Data Benchmark Council on Twitter
Congratulations to @TigerGraphDB on being the first to successfully pass an LDBC SNB Business Intelligence workload audit on scale factor 1000. Their setup used the @AMD EPYC 9354 (Genoa) CPUs announced today. The results are available on the LDBC website.https://t.co/X3QocaTsRR pic.twitter.com/3F3J56wa96— Linked Data Benchmark Council (@LDBCouncil) November 10, 2022
·twitter.com·
Linked Data Benchmark Council on Twitter
Sign Up | LinkedIn
Sign Up | LinkedIn
500 million+ members | Manage your professional identity. Build and engage with your professional network. Access knowledge, insights and opportunities.
·linkedin.com·
Sign Up | LinkedIn
Sign Up | LinkedIn
Sign Up | LinkedIn
500 million+ members | Manage your professional identity. Build and engage with your professional network. Access knowledge, insights and opportunities.
·linkedin.com·
Sign Up | LinkedIn
Rules for Knowledge Graphs Rules
Rules for Knowledge Graphs Rules
Should you store business rules in your Enterprise Knowledge Graph (EKG)? This is a non-trivial question, and how you answer it might…
·dmccreary.medium.com·
Rules for Knowledge Graphs Rules
Fraud Detection with Graph Features and GNN
Fraud Detection with Graph Features and GNN
Identifying fraudulent behaviors is becoming increasingly more complex as technology advances and fraudsters constantly evolve new ways to exploit people, companies, and institutions. The complexity grows as companies introduce new channels, platforms, and devices for customers to engage with their brand, manage their accounts, and make transactions. Graph neural networks (GNN) are increasingly being used to identify suspicious behavior. GNNs can combine graph structures, such as email accounts, addresses, phone numbers, and purchasing behavior to find meaningful patterns and enhance fraud detection. In this video we will discuss: - Introduction to TigerGraph - Fraud Detection Challenges - Graph Model, Data Exploration, and Investigation - Visual Rules, Red Flags, and Feature Generation - TigerGraph Machine Learning Workbench: - XGBoost with Graph Features - Graph Neural Network and Explainability
·youtube.com·
Fraud Detection with Graph Features and GNN