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DSC Weekly Digest 22 February 2022: Graphology - DataScienceCentral.com
DSC Weekly Digest 22 February 2022: Graphology - DataScienceCentral.com
In the last couple of months, I’ve been noticing a gradual shift in the kind of articles that we receive at Data Science Central. We still get a fair amount of data science content, but increasingly (and admittedly with a bit of encouragement) we’re seeing more articles centered around graphs and semantics. I don’t believe… Read More »DSC Weekly Digest 22 February 2022: Graphology
·datasciencecentral.com·
DSC Weekly Digest 22 February 2022: Graphology - DataScienceCentral.com
DSC Weekly Digest 04 Jan 2022: Can Machine Learning Do Symbolic Manipulation? - DataScienceCentral.com
DSC Weekly Digest 04 Jan 2022: Can Machine Learning Do Symbolic Manipulation? - DataScienceCentral.com
Can Machine Learning Do Symbolic Manipulation?  I spent some time over the holidays engaged in a fascinating online conversation. The gist of it was a variation of an argument that has been going on in the realm of artificial intelligence from the time of Minsky and Seymour Papert: Whether it is possible for neural networks to… Read More »DSC Weekly Digest 04 Jan 2022: Can Machine Learning Do Symbolic Manipulation?
·datasciencecentral.com·
DSC Weekly Digest 04 Jan 2022: Can Machine Learning Do Symbolic Manipulation? - DataScienceCentral.com
Aaron Bradley on Twitter
Aaron Bradley on Twitter
Similar Cases Recommendation using Legal Knowledge Graphs https://t.co/I9lTyMwsMF (yet another cc: for you @EmekaOkoye :) pic.twitter.com/Sqrm5uGhFF— Aaron Bradley (@aaranged) July 13, 2021
·twitter.com·
Aaron Bradley on Twitter
Ontology-Based Feature Selection: A Survey
Ontology-Based Feature Selection: A Survey
The Semantic Web emerged as an extension to the traditional Web, adding meaning (semantics) to a distributed Web of structured and linked information. At its core, the concept of ontology provides the means to semantically describe and structure information, and expose it to software and human agents in a machine and human-readable form. For software agents to be realized, it is crucial to develop powerful artificial intelligence and machine-learning techniques, able to extract knowledge from information sources, and represent it in the underlying ontology. This survey aims to provide insight into key aspects of ontology-based knowledge extraction from various sources such as text, databases, and human expertise, realized in the realm of feature selection. First, common classification and feature selection algorithms are presented. Then, selected approaches, which utilize ontologies to represent features and perform feature selection and classification, are described. The selective and representative approaches span diverse application domains, such as document classification, opinion mining, manufacturing, recommendation systems, urban management, information security systems, and demonstrate the feasibility and applicability of such methods. This survey, in addition to the criteria-based presentation of related works, contributes a number of open issues and challenges related to this still active research topic.
·mdpi.com·
Ontology-Based Feature Selection: A Survey
WikiResearch on Twitter
WikiResearch on Twitter
"Relational world knowledge representation in contextual language models: A review" Knowledge bases such as #Wikidata provide a high standard of factual precision which can in turn be expressively modeled by language models.(Safavi and Koutra, 2021)https://t.co/zZuhjIvCva pic.twitter.com/NCLBQBlLPL— WikiResearch (@WikiResearch) April 23, 2021
·twitter.com·
WikiResearch on Twitter
Adrian Gschwend on Twitter
Adrian Gschwend on Twitter
13 months ago we released a JavaScript based SHACL implementation for validating RDF. Today I'm happy to announce our version of the SHACL playground, implemented by our @zazukocom colleague @tpluscode 🚀100% client side in your browser, try it out here https://t.co/N7cWtG1LW0 pic.twitter.com/OuJUKkJfjG— Adrian Gschwend (@linkedktk) May 1, 2021
·twitter.com·
Adrian Gschwend on Twitter
DIG: Dive into Graphs
DIG: Dive into Graphs
DIG: Dive into Graphs A research-oriented library that includes unified and extensible implementations of algorithms for (1) graph generation, (2) self-supervised...
·linkedin.com·
DIG: Dive into Graphs
Aaron Bradley on Twitter
Aaron Bradley on Twitter
"The UI allows individuals with no previous knowledge of the Semantic Web to query the DBpedia knowledge base...." > Interface to Query and Visualise Definitions from a Knowledge Base @anelia12430996 & Hélène De Ribaupierre https://t.co/QGSJSEq4Ab pic.twitter.com/EIhZRVikK0— Aaron Bradley (@aaranged) March 15, 2021
·twitter.com·
Aaron Bradley on Twitter