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Meet SemSpect: A Different Approach to Graph Visualization [Community Post]
Meet SemSpect: A Different Approach to Graph Visualization [Community Post]
Discover a new way to visualize and explore your connected data with SemSpect: a unique approach to graph visualization that doesn't depend on using random or best-guess Cypher queries in order to explore your data's meta-graph and that is compatible with Neo4j (including RDF datasets).
·neo4j.com·
Meet SemSpect: A Different Approach to Graph Visualization [Community Post]
Muhammad Saleem on Twitter
Muhammad Saleem on Twitter
“Which #RDF graph partitioning technique gives better performance in cluster triplestore? checkout our empirical evaluation of RDF graph partitioning techniques in different architectures. https://t.co/wRlrR8lOSa #EKAW2018 #BigData”
·twitter.com·
Muhammad Saleem on Twitter
Building a Graph Database on a Key-Value Store?
Building a Graph Database on a Key-Value Store?
by Dr. Xu Yu, CEO and Dr. Victor Lee, Director of Product Management [Excerpted from the eBook Native Parallel Graphs: The Next Generation of Graph Database for Real-Time Deep Link Analytics] Until recently, graph database designs fulfilled some but not all of the graph analytics...
·tigergraph.com·
Building a Graph Database on a Key-Value Store?
On "Benchmarking RedisGraph 1.0"
On "Benchmarking RedisGraph 1.0"
Recently RedisGraph published a blog [1], comparing their performance to that of TigerGraph’s, following the tests [2] in TigerGraph’s benchmark report [3], which requires solid performance on 3-hop, 6-hop, and even 10-hop queries. Multi-hop queries on large data sets are the future of graph analytics....
·tigergraph.com·
On "Benchmarking RedisGraph 1.0"
Introducing the Neo4j Graph Data Science plugin with examples from the “Graph Algorithms…
Introducing the Neo4j Graph Data Science plugin with examples from the “Graph Algorithms…
Introducing the Neo4j Graph Data Science plugin with examples from the “Graph Algorithms: Practical Examples in Apache Spark and Neo4j” bookIn the past couple of years, the field of data science has gained much traction. It has become an essential part of business and academic research. Combined with the increasing popularity of graphs and graph databases, folks at Neo4j decided to release a Graph Data Science (GDS) plugin. It is the successor of the Graph Algorithms plugin, that is to be deprecated.Those of you who are familiar with Graph Algorithms plugin will notice that the syntax hasn’t changed much to allow for a smoother transition. To show what has changed, I have prepared the migration guides in the form of Apache Zeppelin notebooks that can be found on GitHub.Neo4j connector for Apache Zeppelin was developed by Andrea Santurbano, who also designed the beautiful home page notebook of this project and helped with his ideas. In the migrations guides, we used the ex
·towardsdatascience.com·
Introducing the Neo4j Graph Data Science plugin with examples from the “Graph Algorithms…