Vertaling en analyse van woorden door kunstmatige intelligentie ChatGPT
Op deze pagina kunt u een gedetailleerde analyse krijgen van een woord of zin, geproduceerd met behulp van de beste kunstmatige intelligentietechnologie tot nu toe:
- hoe het woord wordt gebruikt
- gebruiksfrequentie
- het wordt vaker gebruikt in mondelinge of schriftelijke toespraken
- opties voor woordvertaling
- Gebruiksvoorbeelden (meerdere zinnen met vertaling)
- etymologie
by example(s) - vertaling naar Engels
![Example of QBE query with joins, designed in Borland's [[Paradox database]]](https://commons.wikimedia.org/wiki/Special:FilePath/Requête QBE dans Paradox.jpg?width=200 "Example of QBE query with joins, designed in Borland's [[Paradox database]]")
Ex: This paper analyses by example how and why publishers have invested in new technologies, and provides a checklist for decision-making for those still on the sidelines.
Ex: Examples are given in order to illustrate the points made above.
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* afford + example = ofrecer un ejemplo
* as an example = como ejemplo
* by example(s) = con ejemplos
* cite + as an example = citar como ejemplo, poner como ejemplo, dar como ejemplo
* classical example = ejemplo clásico, ejemplo típico
* draw + example = poner un ejemplo
* follow + Posesivo + example = seguir el ejemplo de Alguien
* for example = por ejemplo
* give + example = dar un ejemplo
* highlight + examples = mostrar ejemplos
* illustrate + by examples = ilustrar con ejemplos
* imaginary example = supuesto
* just an/one example = botón de muestra
* lead by + example = dar ejemplo, liderar con el ejemplo
* living example = ejemplo viviente
* set + an example = dar ejemplo
* take + an example = poner un ejemplo
* take, for example, ... = pongamos, por ejemplo, ...
* to take a + Adjetivo + example = por poner un ejemplo + Adjetivo
* typical example = ejemplo típico
![Late medieval German script (Swabian [[bastarda]], dated 1496) illustrating the use of long and round ''s'': ''prieſters tochter'' ("priest's daughter").](https://commons.wikimedia.org/wiki/Special:FilePath/Schwäbische Bastarda 1496 Schriftprobe Priesters Tochter.png?width=200 "Late medieval German script (Swabian [[bastarda]], dated 1496) illustrating the use of long and round ''s'': ''prieſters tochter'' (\"priest's daughter\").")
![A letter S in the coat of arms of [[Sortavala]]](https://commons.wikimedia.org/wiki/Special:FilePath/Sortavala COA (2020).gif?width=200 "A letter S in the coat of arms of [[Sortavala]]")
* M.L.S. (Master in Library Science) = Licenciatura en Documentación
* S & T (Science and Technology) = C + T (Ciencia y Tecnología)
* S. = San
* s/he = él o ella
* s.l. (sine loco) = s.l. (sine loco)
* s.n. (sine nomine) = s.n. (sine nomine)
* (S) operator = operador (S)
Definitie
Wikipedia
Query by Example (QBE) is a database query language for relational databases. It was devised by Moshé M. Zloof at IBM Research during the mid-1970s, in parallel to the development of SQL. It is the first graphical query language, using visual tables where the user would enter commands, example elements and conditions. Many graphical front-ends for databases use the ideas from QBE today. Originally limited only for the purpose of retrieving data, QBE was later extended to allow other operations, such as inserts, deletes and updates, as well as creation of temporary tables.
The motivation behind QBE is that a parser can convert the user's actions into statements expressed in a database manipulation language, such as SQL. Behind the scenes, it is this statement that is actually executed. A suitably comprehensive front-end can minimize the burden on the user to remember the finer details of SQL, and it is easier and more productive for end-users (and even programmers) to select tables and columns by selecting them rather than typing in their names.
In the context of information retrieval, QBE has a somewhat different meaning. The user can submit a document, or several documents, and ask for "similar" documents to be retrieved from a document database [see search by multiple examples]. Similarity search is based comparing document vectors (see Vector Space Model).
QBE represents seminal work in end-user development, frequently cited in research papers as an early example of this topic.
Currently, QBE is supported in several relational database front ends, notably Microsoft Access, which implements "Visual Query by Example", as well as Microsoft SQL Server Enterprise Manager. It is also implemented in several object-oriented databases (e.g. in db4o).
QBE is based on the logical formalism called tableau query, although QBE adds some extensions to that, much like SQL is based on the relational algebra.
