Bureaucrats, developer, Administrators
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[[Copyleft]] free to modify and free in cost software is strongly preferred over other solutions. Minimal modifications required could be another preference as that means maintenance of the chosen solution is minimized in that aspect. | [[Copyleft]] free to modify and free in cost software is strongly preferred over other solutions. Minimal modifications required could be another preference as that means maintenance of the chosen solution is minimized in that aspect. | ||
''' | ''' Types of databases of interest''' | ||
* [[w:Relational database|Relational database]] provided by a [[w:RDBMS|RDBMS]] and queried with [[w:SQL|SQL]]. Track-proven technology. | * [[w:Relational database|Relational database]] provided by a [[w:RDBMS|RDBMS]] and queried with [[w:SQL|SQL]]. Track-proven technology. | ||
* [[w:NoSQL]] variates: | * [[w:NoSQL]], ( "Not Only SQL" or have your pick on the other supposed significations ) variates: | ||
** [[w:Subject-predicate-object databases]] are implemented by [[w:graph databases|graph databases]], specialized native [[w:Triplestore|triplestore]]s and piggy-packing solutions that use an RDBMS to store and query the triplets and the networks they compose. | ** [[w:Subject-predicate-object databases]] are implemented by [[w:graph databases|graph databases]], specialized native [[w:Triplestore|triplestore]]s and piggy-packing solutions that use an RDBMS to store and query the triplets and the networks they compose. | ||
** [[w:Graph databases|Graph databases]] would intuitively appear more advanced than using RDF-triplet composed semantic networks but are not much different on the outside. Both jump through the same hoops but with different efficiency and grace. | ** [[w:Graph databases|Graph databases]] would intuitively appear more advanced than using RDF-triplet composed semantic networks but are not much different on the outside. Both jump through the same hoops but with different efficiency and grace. | ||
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==== Things to consider in selection of triplestore ==== | ==== Things to consider in selection of triplestore ==== | ||
{{Q|Some '''subject-predicate-object databases''' (also known as ''[[w:triplestore|triplestore]]s'') have been built as database engines from scratch, while others have been built on top of existing commercial relational database engines (e.g., SQL-based).|Wikipedia|[[w:list of subject-predicate-object databases|list of subject-predicate-object databases]]}} | {{Q|Some '''subject-predicate-object databases''' (also known as ''[[w:triplestore|triplestore]]s'') have been built as database engines from scratch, while others have been built on top of existing commercial relational database engines (e.g., SQL-based).|Wikipedia|[[w:list of subject-predicate-object databases|list of subject-predicate-object databases]]}} | ||
==== Lists and comparisons of subject-predicate-object databases and SPARQL implementations ==== | ==== Lists and comparisons of subject-predicate-object databases and SPARQL implementations ==== | ||
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{{Q|An object database stores complex data and relationships between data directly, without mapping to relational rows and columns, and this makes them suitable for applications dealing with very complex data.|Wikipedia|[[w:Object_database#Comparison_with_RDBMSs|functional difference between object and relational databases]]}} | {{Q|An object database stores complex data and relationships between data directly, without mapping to relational rows and columns, and this makes them suitable for applications dealing with very complex data.|Wikipedia|[[w:Object_database#Comparison_with_RDBMSs|functional difference between object and relational databases]]}} | ||
''' Lists of object databases ''' | |||
* [[w:Object_database#Timeline|Wikipedia's list of object databases by publication date.]] | * [[w:Object_database#Timeline|Wikipedia's list of object databases by publication date.]] |