## Classifying Data Using Turtle Notation ## # Document Metadata <> ; "My Glossary of Terms" ; """Covers the definition of a variety of terms associated with realm of Data, Networks, and Cloud abstractions.""" ; "2014-01-03"^^ ; "2014-01-09"^^ ; ; <#Data>,<#StructuredData>,<#BigData>, <#Internet>, <#OpenData>,<#LinkedData>,<#LinkedOpenData>,<#LODCloud>, <#SmartData>,<#SemanticWeb>, <#this>, , <#RDF>, , , , <#hashTag>, , , , <#PublicOpenData> . #Associating the creator (author) of this document with his profile document. , ; ; , . <#this> ; "My Simple Data Related Terms Concept Scheme"; """Glossary covering the definition of a variety of terms associated with realm of Data, Networks, and Cloud abstractions.""" . <#Data> ; <#this> ; "Data" ; <#hashTag> "#Data" ; """Term that refers to entity relationship observation represented in reusable form using a combination of signs, syntax, and statements i.e., a language.""" ; <#StructuredData>,<#BigData>, <#OpenData>,<#LinkedData>,<#LinkedOpenData>, <#SmartData> ; , . <#StructuredData> ; <#this> ; "Structured Data" ; <#hashTag> "#StructuredData" ; """Data represented in machine & human readable (or comprehensible) form.""" ; """Data represented in machine & human readable (or comprehensible) form, using an open standard.""" ; <#Data> ; <#StructuredData>, <#OpenData>,<#LinkedData>,<#LinkedOpenData>, <#SmartData> . <#BigData> ; <#this> ; "Big Data" ; <#hashTag> "#BigData" ; """Data that's disparately located, varied in structure, voluminous, and rapidly changing.""" ; """Data (structured or unstructured) that's heterogeneously shaped, disparately located, voluminous, and rapidly changing e.g., The World Wide Web and the many Data Spaces (e.g., feed based Social Networks) it exposes. Same applies to the burgeoning Internet of Things which is all about sensory data produced by devices. """ ; ; <#Data> ; <#OpenData>, <#LinkedData>,<#LinkedOpenData>, <#SmartData> . <#OpenData> ; <#this> ; "Open Data" ; <#hashTag> "#OpenData" ; """Open Standards based Structured Data.""" ; """Open Standards based Structured Data Representation based on the use of standards (e.g., CSV, JSON, RDF-Turtle, JSON-LD, HTML+Microdata, HTML+RDFa, RDF/XML etc..) -- thereby making structured data reusable across a variety of operating systems, applications, frameworks, services, and platforms.""" ; <#Data>,<#StructuredData>, <#BigData> ; <#LinkedData>,<#LinkedOpenData>, <#SmartData>, <#PublicOpenData> . <#PublicOpenData> <#this> ; "Public Open Data" ; <#hashTag> "#PublicOpenData", "#POD" ; """Public Domain Open Standards based Structured Data.""" ; """Public Open Standards based Structured Data Representation based on the combined use of licensing and open standards (e.g., CSV, JSON, RDF-Turtle, JSON-LD, HTML+Microdata, HTML+RDFa, RDF/XML etc..) -- thereby making structured data freely accessible, redistributable, and reusable across a variety of operating systems, applications, frameworks, services, and platforms.""" ; <#Data>,<#StructuredData>, <#BigData>, <#OpenData> ; <#LinkedData>,<#LinkedOpenData>, <#SmartData> . <#LinkedData> ; <#this> ; "Linked Data" ; <#hashTag> "#LinkedData" ; ; """Web-Like or Webby Structured Data """ ; """Structured Data Representation enhanced through the use of Hyperlinks (e.g., HTTP URIs) as a mechanism for turning entity names into terms i.e., names that are implicity mapped to referent description documents. Net effect, the resulting Structured Data is Web-like (or Webby). """ ; <#Data>, <#StructuredData>, <#OpenData> ; ; , , ; <#LinkedOpenData>, <#SmartData> . <#LinkedOpenData> ; <#this> ; "Linked Open Data (LOD)" ; <#hashTag> "#LOD" ; ; """Open & Webby Structured Data""" ; """Structured Data Representation enhanced through the collective use of Open Standards such as HTTP URI based HyperLinks as a mechanism for turning names into terms that are implicitly mapped to referent description documents; RDF for modelling and describing entity relationships; and SPARQL for general data querying and term to description mapping. """ ; ; <#Data>, <#StructuredData>, <#OpenData>, <#LinkedData>, <#BigData> ; <#SmartData> . <#LODCloud> ; <#this> ; "Linked Open Data (LOD) Cloud" ; <#hashTag> "#LODCloud" ; """Open & Webby Structured Data Cloud on the Web."""; """A collection of Open Data and Linked Data resources published to the World Wide Web.""" ; ; , ; <#WorldWideWeb> . <#SmartData> ; <#this> ; "Smart Data" ; <#hashTag> "#SmartData" ; """Open & Webby Structured Data + Machine Readable Relations Semantics."""; """Open standards based Structured Data Representation endowed with machine- and human-comprehensible entity relationship semantics. Basically, the meaning of a relationship between two entities is understandable by machines and humans e.g., 'USA' and 'United States of America' name (denote) the same entity (thing).""" ; <#Data>, <#StructuredData>, <#OpenData>, <#LinkedData>, <#BigData> . <#Internet> ; <#this> ; "Internet" ; <#hashTag> "#Internet" ; ; """Publicl Linked Computer Network (Cloud)."""; """Global computer network facilitated by TCP/IP and the Domain Name Service (DNS) protocols.""" . <#WorldWideWeb> ; <#this> ; "World Wide Web" ; <#hashTag> "#Web" ; ; , ; """Web of Linked Documents."""; """Globally accessible abstraction layer atop the Internet cloud comprised of a network (or cloud) of Linked Documents. The predominant document format is HTML.""" ; ; <#Internet>. <#SemanticWeb> ; <#this> ; "Semantic Web" ; <#hashTag> "#SemanticWeb" ; ; """Semantically Enhanced Linked Data Network (Cloud)."""; """Webby (or Web-like) Structured Data that's endowed with machine- and human-comprehensible entity relationship semantics. Basically, the meaning of a relationshipo between two entities is understandable by machines and humans e.g., <#SemanticWeb>, , , , and all refer to (name or denote) the same entity (thing).""" ; , , , ; <#LODCloud>, <#WorldWideWeb>, <#Internet> . <#RDF> , ; "Resource Description Framework (RDF)" ; <#hashTag> "#RDF" ; """RDF is a framework that enables the construction of structured data endowed with human and machine comprehensible entity relationship semantics."""; """RDF (Resource Description Framework) is a framework that enables the construction of structured data endowed with human and machine comprehensible entity relationship semantics. It makes this possible by providing a Language (system of Signs [IRIs], Syntax [Subject, Predicate, Object relationship roles], Semantics (First-order Logic), and Statements [Subject->Predicate->Object]) for expressing, representing, serializing, and publishing entity relationships in digital form. In usage patterns where IRIs take the form of HTTP URIs, the end product is a public or private Linked Data Network (Cloud) endowed with machine and human comprehensible entity relationship semantics. In the context of the World Wide Web, RDF enables the construction of a Semantically enhanced Linked Open Data abstraction which is commonly referred as 'The Semantic Web' . """ ; ; ; <#LODCloud> ; <#LinkedData>, <#SemanticWeb>, <#WorldWideWeb>, , , . ## Language as defined by OpenCyc "Language" . ## Document illustrating how Identifiers, Linked Data, and RDF come together ; "Illustrating how Identifiers, Linked Data, and RDF are related" ; . ## Original Web Propoosal Document which is clearly about a Semantic Web of Linked Data ; "Linked Data based Semantic Web and original Web Proposal" ; . ## Ontolog forum thread about Data and Datum ; "What is Data, and where is the Datum? (Ontolog Forum Thread)" . ## Hashtags <#hashTag> ; "Hashtag" ; """Shorthand for denoting (referring to or naming) topics using HTTP URIs that's broadly used across all major social networking and social media platforms. Basically, this is how the end-users contribute to a Semantic Web or Linked Data without digging into the specifics of Linked Data principles and the RDF specifications.""" ; . ## Post about LOD and Future of SEO ; "Linked Open Data & Future of SEO" ; """Article about the fact that Linked Open Data is really about a Web of Linked Statements that take the form of specialized Digital Sentences. Basically, that an open standards (e.g., RDF) based Linked Data statement (e.g., subject->predicate->object based triple) is simply a reusable mechanism for encoding and decoding information, just like natural language sentences. """ . ## Linked Data Tutorial using Linked Data ; "Linked Data Deployment Tutorial" ; """ A Linked Data deployment tutorial that's 100% based on Linked Data i.e., the image mapped HTML document is comprised of HTTP URIs that resolve to entity and relation descriptions. Thus, you can use Linked Data's follow-your-nose pattern to every aspect of the tutorial. """ ; <#hasPart> . ## Linked Data Tutorial source files ; "Linked Data Deployment Tutorial Files" ; """ Actual folder containing documents used by the Linked Data Deployment Tutorial. """ ; <#partOf> . ## Description of a YouTube presentation by @Danbri ; ; "@danbri presentation about the Web of Linked Open Data"; "World Wide Web 20th Anniversary Celebration Presentation by Dan Brickley"; ; <#LinkedData>, <#WorldWideWeb>, <#SemanticWeb>, <#LinkedOpenData>, <#LODCloud> ; <#hashTag> "#WebHistory", "#LinkedData", "#Web", "#LOD", "#SemanticWeb", "#OpenData" . ## Relation Descriptions <#partOf> ; "partOf" ; """ Relation that indicates an association whereby one entity (thing) is part of another. A hasPartOf relation is the inverse of this kind of relation.""" ; ; ; <#hasPart> . <#hasPart> ; "hasPart" ; """ Relation that indicates an association whereby one entity (thing) is part of another. A hasPartOf relation is the inverse of this kind of relation.""" ; ; ; <#partOf> . ## To be continued .... ##