Uhup: Kokomoi data
Wikidata nopo nga impohon koilaan aiso barayan i milo basaon om nogi suntingon do tulun om mesin. Wikidata nopo nga iso mantad do ogumu projek Wiki i toinanon do Yayasan Wikimedia, iso kotinanan i au maganu do kolumaagan organisasi i bobos ointutunan maya do projek Wikipedia. Tikid do projek Yayasan Wikimedia kiwaa tarad dau sondii, miagal Wikipedia i kitonsi do ensiklopedia, Wikimedia Commons i monokodung do gambal om nogi mogikaakawo fail media, om Wiktionary i popotounda maklumat leksikal kokomoi boros miagal ko' rati om sinonim. Wikidata diti sondiri nga pointarad do data kistruktur.
Liwang nopo diti nga kitudu sabaagi ponokosangai poimponu data kistruktur. Nung noubas kou miampai data kistruktur, nga manu mongilo lobi ralom kokomoi pomogunaan poimbida Wikidata, poingkuro akses do data id Wikidata, toi ko' poingkuro manakadai data projek dokoyu sondiri kumaa Wikidata, ongoi id boogian do boogian kokomoi do data popiromut.
Mamarati Wikidata
Data kistruktur nopo nga sumuku data di noulud om pinoopi miampai woyo di pintantu, miampai do sinorou montok mengekod rati om popotilombus piromutan mantad titik data di mogisuusuai id suang iso set data.
Nga nunu iti data? Om nokuro tu minog kou do koilo kokomoi data kistruktur miampai poimbida?
Manahak pomoyon data
Data tagayo, eksperimen data, data poingukab, metadata - nokoumbal kou kanto nokorongou piipiro toi ko' toinsanan do istilah diti di pogulu po.
Potitikid istilah nopo nga kirati do tiso-iso ii mogisusuai nga toinsanan nga nowonsoi miampai do korotian data di mogiagal om kipotensi do popokito om popoingkawas korotian dati kokomoi pomogunan id posorili dati.
Sabaagi konsep abstrak, milo sorohon o data diti sabaagi do ponogulu kumaa maklumat, i kikomoyon sabaagi maklumat i milo rotion toi ko aanu mantad data.
This is because data when boiled down to its essence is simply a set of values about things. These values can be numeric or quantitative like a measurement or an amount. They can also be qualitative, like a description or a comparison. For example, we can say that "8,848 m (29,029 ft)" is a data value about the height of Mount Everest and that "red" is a data value about the color of a car.
As previously mentioned, information is not the same as data but is instead a product of the collection and analysis of data. For example, 8,848 (data) is a somewhat meaningless number on its own even if we know it's the height of a mountain; we only can say that Mount Everest is the highest mountain in the world at 8,848 m (information) if we are aware of standard measurements of height and once we know the height of other mountains. It becomes a lot easier to make such inferences, gain new insights and knowledge, and establish facts when data is structured—we will return to this idea later.
Hinonggo data?
Data is all around us. There are many kinds of data sources, including financial, biological, and social data. Even this page has data! For example, it has a total word count, dates it was created and last revised, a topic and subject matter, a number of page views, and languages that the content is available in.
However, while everything is potentially a source of data, data that is not recorded and organized may as well not exist at all. Without an underlying structure, data appears meaningless and fails to provide useful information.
Maya ponguludan, komoyon nopo nga nokategori miampai woyo standard om au atalang. Data ii noulud om nokategori nopo nga komoyon do data i nokostruktur no.
Hinonggo struktur?
Id web, struktur nopo nga raja. Id boogian tagayo liwang web nopo nga nowonsoi miampai HTML, iso boros i natandaan ii manahak do impohon scaffolding, toi ko struktur mantad iso liwang web.
Markup languages are also used for tagging and describing page content so that search engines, bots, and applications like RSS feeds can easily process and "understand" it. For example, <title> tags tell machines what the name of a website is.
Instead of supporting the structure and common elements of a web page, Wikidata provides structure for all the information stored in Wikipedia, and on the other Wikimedia projects. Wikidata is based on the Mediawiki software as is any other Wikimedia project, extended by Wikibase, the software which powers Wikidata and is designed to manage large amounts of structured data. Structure is not directly added to the content of Wikipedia or other Wikimedia site pages, as in tables or lists, nor is any knowledge of markup languages, data schemas, object notation, or other special syntax required by Wikidata users; instead, data is added to and edited in Wikidata through user-friendly input forms.
Toinsanan data ii noko'opi id Wikidata nopo nga milo gunoon montok papaasil kointayadan toi ko jadual toi ko liwang struktur suai i automatik id nunu nopo pautan Wikimedia om nogi honggo-honggo koiyonon suai.
| Data montok Mountains | ||
|---|---|---|
| Mountain | Kowoowoyoo | Gatang |
| Mount Everest | height | 8,848 m |
| K2 | hauteur | 8,611 m |
| Kanchenjunga | height | 8,586 m |
| Lhotse | height | 27940 ft |
Monstruktur data
For an example on the importance of structure, let's look at Table 1. In this table we can see data for the four highest mountains on Earth. If we would like to know a particular piece of information, such as the height of the second highest mountain in the world, we should be able to look at the provided data and find out the correct value. However, only three of the four mountains have their data categorized as a height value, and only two of those three mountains have values in metres. While we know that height and hauteur (French for height) can be understood as equal to each other, and how to convert metres to feet or vice versa, a machine, such as a bot or a computer program may not.
It would be much easier for both humans and machines to process the information and answer the original question about the second highest mountain when all underlying data is recorded in a similar way even if the presentation differs.
Data model
Collections of structured data, like Wikidata, are organized according to a data model. Data models are machine-readable, meaning they can be understood by a computer. While computers are powerful, they are often not as smart as us when it comes to simple reasoning. For instance, in the example above, a machine would not be able to know that height and hauteur are the same unless they were explicitly told somehow that was the case.
-
item: Pomogunan -
Kowoowoyoo: titik taranggou -
gatang: Everest
| Data montok nulu | ||
|---|---|---|
| Nulu | Kowoowoyoo | Gatang |
| Mount Everest | continent | Asia |
| K2 | continent | Asia |
| Kanchenjunga | continent | Asia |
| Lhotse | continent | Asia |
Data models vary based on the analysis needs, scope and conceptual framework of the dataset, and the technical requirements of a system. However, all data models typically will specify what kind of data can be supported by a system and what relationships between values can be understood and represented. For example, a data model could specify that height and hauteur be mapped to each other so that both terms represent one concept, or that measurements in feet be automatically converted into metres. The Wikidata data model shapes the way that data can be edited and added to the system by users. It is also a work in progress, with new data types being added to the model over time.
The data model also essentially translates human natural language patterns into something that can be processed by machines. For example, in English we might say:
- "Mount Everest is the highest mountain in the world"
This is also the raw, unstructured format of content currently on Wikipedia and all other Wikimedia sites.
On Wikidata, this would be represented by a statement, which consists of a property-value pair about an item, in this case Earth:
Earth (Q2) (item) → highest point (P610) (property) → Mount Everest (Q513) (value)
Additionally, Wikidata would also hold a statement about the item for Mount Everest (indicating it is a mountain):
Mount Everest (Q513) (item) → instance of (P31) (property) → mountain (Q8502) (value)
Note that because other items can be used as the values for statements, and all items have their own unique page on Wikidata, this means that all items in the system can be linked together through a series of statements. Because Wikidata uses a machine-readable format, this interlinking of data allows new relationships and connections to be discovered and processed by machines. For example, in Table 2 we see new data for our mountains, this time about their geographical location by continent but nothing about their heights. Assuming this continent data was linked to the mountain height data, we would feel more confident making predictions or drawing certain conclusions about it, like saying that Asia is home to the world's highest mountains.
Data popiromut
Besides being a collection of structured data, Wikidata also supports linked data. Linked data refers to the practice of publishing structured data so that it can be interlinked.
For Wikidata this means that volunteer-contributed data can also be linked to other datasets, databases, and data sources from all around the web and from diverse initiatives outside of the Wikimedia family. For example, Wikidata currently allows interlinking with datasets and databases as diverse as Google Books, Canmore (one of the Historic Environment Scotland databases), the Vatican Library, OmegaWiki, and MusicBrainz.
Miampai mananud do prinsip om amalan data i kikomoi, Wikidata nogi nga kaanu monokodung om gunoon id projek suai.
Prinsip data miromut
Wikidata momoguno do pongintutun do unik, toi ko' w:Uniform_resource_identifier (uniform resource identifiers) , montok toinsanan item w:Linked_data#Prinsip khias per standard data i piniromut.
While Wikidata uses a unique data model, its content can be exported in RDF, a widely used and standard format for linked data. In Wikidata terms, a statement is composed of an item and a property-value pair. For those familiar with linked data concepts, an item can be viewed as the subject part of a triplet; the property represents a triplet's predicate; and a value is used to express the object of a triplet.
However, Wikidata statements may also contain elements beyond the subject-predicate-object, such as references and qualifiers (for more information, see Help:Statements). This makes it complicated to fully represent Wikidata's content using the language of RDF—more information on these challenges can be found in the document "Introducing Wikidata to the Linked Data Web".
Manakadai data
Nung kiwa datasets dokoyu ii aanangan kou do manakadai id Wikidata, intangai Wikidata:Data donation.
Maganu data
The data in Wikidata is published under the Creative Commons Public Domain Dedication 1.0, allowing the free reuse of the data. You can copy, modify, distribute and perform the data, even for commercial purposes, all without asking permission.
Intangai Akses data montok butiran kokomoi mogikaakawo woyo do mongakses data Wikidata maya program.
Intangai nogi
Montok liwang di kikomoi, intangai:
Montok kopoilaan kawagu om tonudon, intangai:
- Project chat, for discussing all and any aspects of Wikidata
- Wikidata:Glossary, the glossary of terms used in this and other Help pages
- Help:FAQ, frequently asked questions asked and answered by the Wikidata community
- Help:Contents, the Help portal featuring all the documentation available for Wikidata