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Lance graph benchmarks
Lance graph benchmarks
Check out these lance-graph benchmarks on an artificial social network dataset 👇🏽. The query suite used tests for a Cypher query workload across different dimensions. Q8/9 in this suite are especially challenging for most systems. Systems like Kùzu Inc and LadybugDB (fork of Kuzu) perform especially well because they innovate on factorization and hybrid join algorithms (WCOJ + binary joins). The #Lance format (upon which lance-graph is built) is designed for fast random access + scans, and this benchmark is just the beginning! Stay tuned for more benchmarks and written content on this. 🚀 Many thanks to our collaborators Chunxu Tang and Beinan Wang for their hard work on this project! lance-graph repo: https://lnkd.in/gm7iGPit benchmark repo: https://lnkd.in/gxETZE7R
lance-graph benchmarks
·linkedin.com·
Lance graph benchmarks
Taxonomist Role in the New World of Generative AI - Enterprise Knowledge
Taxonomist Role in the New World of Generative AI - Enterprise Knowledge
What are the implications of Generative AI for the role of the Taxonomist? Yumiko's blog pulls together collective experiences to highlight how taxonomists fit into this new paradigm, and how your organization can leverage this synergy to optimize your taxonomy and semantic processes.
·enterprise-knowledge.com·
Taxonomist Role in the New World of Generative AI - Enterprise Knowledge
graphina: A graph data science library for Rust 🦀 with Python bindings 🐍
graphina: A graph data science library for Rust 🦀 with Python bindings 🐍

Graphina is a graph data science library for Rust. It provides common data structures and graph algorithms for analyzing real-world networks, such as social, transportation, and biological networks. It also helps power Onager – graph analytics on DuckDB – which we featured last week.

Compared to other Rust graph libraries, Graphina aims to provide a more high-level API and a wide range of ready-to-use algorithms for network analysis and graph mining tasks. Graphina aims to be as feature-rich as NetworkX but with the speed and performance benefits of Rust. And if you’re a Pythonista, the PyGraphina Python library allows users to use Graphina in Python.

·github.com·
graphina: A graph data science library for Rust 🦀 with Python bindings 🐍
The Knowledge Graph Competitive Landscape: What Google, Microsoft, and the Smartest Enterprises Already Know
The Knowledge Graph Competitive Landscape: What Google, Microsoft, and the Smartest Enterprises Already Know
Google's real AI advantage is not Gemini. It is 15 years of structured knowledge. This article launches The Ontology Imperative, a series on building trustworthy agentic AI. Part 1a: what Google, Microsoft, and the smartest enterprises already know.
·theontologyimperative.substack.com·
The Knowledge Graph Competitive Landscape: What Google, Microsoft, and the Smartest Enterprises Already Know
Five helpful learning resources to learn Gephi
Five helpful learning resources to learn Gephi
🎓Want to learn Gephi? Don’t think twice! I’m sharing five helpful learning resources ! 1.-Gephi Quick Start https://lnkd.in/gD6fPEJK 2.- Visualizing networks (Gephi) by Dr. Mathieu Jacomy https://lnkd.in/gwG_EtSb 3.-GEPHI – Introduction to Network Analysis and Visualization by Dr. Martin Grandjean https://lnkd.in/geeCDG4P 4.-Documentation for Gephi: core functions and plugins by Dr. Clément Levallois https://lnkd.in/gw6RPsrN 5.-Gephi Tutorials: Learning Resources for Everyone by Dr. Verónica Espinoza https://lnkd.in/gDq5XX-e _________ #Gephi #NetworkAnalysis #DataVisualization #NetworkVisualization #GraphTheory #DigitalMethods #ComputationalSocialScience #DataScience #OpenSourceTools #ResearchTools #SocialMedia #VisualAnalytics #ComplexNetworks #AcademicResearch
Want to learn Gephi? Don’t think twice! I’m sharing five helpful learning resources
·linkedin.com·
Five helpful learning resources to learn Gephi
Enhancing link prediction in biomedical knowledge graphs with BioPathNet - Nature Biomedical Engineering
Enhancing link prediction in biomedical knowledge graphs with BioPathNet - Nature Biomedical Engineering
Understanding how genes, proteins, diseases, and drugs interact is one of the biggest challenges in modern biomedicine. Traditional link‑prediction methods — from similarity metrics to node embeddings — often fall short when relationships span multiple hops or involve noisy, heterogeneous data. This new approach introduces BioPathNet, a powerful graph machine learning framework that pushes the boundaries of what’s possible in knowledge graphs.
·nature.com·
Enhancing link prediction in biomedical knowledge graphs with BioPathNet - Nature Biomedical Engineering
Semantic Data Modeling, Graph Query, and SQL, Together at Last?
Semantic Data Modeling, Graph Query, and SQL, Together at Last?

We're connecting some parallel threads on semantic modeling and graph query with our continued focus on making SQL easier to use.

Semantic modeling is about bringing higher-level business logic definitions into the database (rather than a layer above), so they can be queried directly with SQL. We use measure columns to solve double-counted aggregates. And we model the graph relationships (joins) in the schema, making it easy to express joins with just path traversals.

https://storage.googleapis.com/gweb-research2023-media/pubtools/1030704.pdf

Semantic Data Modeling, Graph Query, and SQL, Together at Last?
·linkedin.com·
Semantic Data Modeling, Graph Query, and SQL, Together at Last?