nyuuzyou/wikis huggingface dataset:
Zombie

Zombies are undead, basic enemies who appear in several games of the Final Fantasy franchise. They make their debut appearance in the first game, Final Fantasy. Like other undead enemies, Zombies are weak to offense-based White Magic spells, such as Dia.
==History==
===Final Fantasy===
In Final Fantasy, Zombies are encountered in the Marsh Cave (floors B1 and B2) and present-day Chaos Shrine. They are vulnerable to Fire and Dia spells and drop a Staff when defeated. Zombies are unaffected by several spells. In the original Nintendo Entertainment System version, their name is capitalized ZOMBIE.
In the original Nintendo Entertainment System release, Zombies have a brown, turquoise, amd red-colored sprite. In the MSX2 version, their clothing was changed to yellow, and they have a blue skin color. Their appearance was fully established in the WonderSwan Color version, where they have a black cloak and dark yellow skin. In the Final Fantasy Origins remake, Zombies have a browner skin. In the Final Fantasy I & II: Dawn of Souls remake, their sprite is similar to their WonderSwan Color sprite except it is brighter, making their yellow skin more evident. In the PlayStation Portable version, their sprite is in a different pose, and they have brown skin similar to their Final Fantasy Origins sprite. They are also depicted with having a dark green cloak and short, purple hair. Zombies' red eyes are their only consistent attribute throughout every version.
===Final Fantasy IV===
In Final Fantasy IV, Zombies are first encountered in the Underground Waterway and later at Mount Ordeals. As undead enemies, they are resistant to darkness-based attacks. At the time of exploring the Underground Waterway, Cecil's direct attacks only deal 1 HP of damage to Zombies because he can only use darkness-based attacks.
==Stats==
==Bestiary navigation==
Category:Undead
Category:Final Fantasy enemies
Category:Final Fantasy IV enemies
Zombie Dragon

Zombie Dragon, known as Dragon Zombies in some games, are undead dragon enemies which appear in several Final Fantasy games. They first appear in Final Fantasy. Like other undead enemies, Zombie Dragons are vulnerable to Holy and Fire spells. In most games they are red, but are sometimes depicted as green.
==History==
===Final Fantasy===
In Final Fantasy, they are named Dragon Zombies (or ZombieD in the original Nintendo Entertainment System version). The Warriors of Light first encounter Dragon Zombies in the Citadel of Trials (floor 3F), where they guard a treasure chest with a Rat's Tail. Dragon Zombies also appear in Chaos Shrine during the past, in floors 2F, 3F, and B4. Starting with Final Fantasy I & II: Dawn of Souls, Dragon Zombies also appear in the Lifespring Grotto, within Dark Bahamut's chamber. Zombie Dragons are weak to both Dia and Fire but are resistant to several spells. 
===Final Fantasy VI===
In Final Fantasy VI, Zombie Dragons are only encountered at the Cave to the Sealed Gate. In the Super Nintendo Entertainment System and PlayStation versions, they are named Zombone. During a battle, there is a chance of a Zombie Dragon using Bone on a party member, causing them to be inflicted with the Zombie status.
===Final Fantasy Record Keeper===
The various incarnations of Zombie Dragon appear in Final Fantasy Record Keeper.
From August 22 to September 5, 2019, there was an event titled "Dreams - Dragon Zombie", in which players could fight a Dragon Zombie from Final Fantasy as a boss in the Dreams Event Dungeon. Because it is a boss, the Zombie Dragon has much higher stats than in Final Fantasy.
==Stats==
Category:Dragons
Category:Undead
Category:Final Fantasy enemies
Category:Final Fantasy VI enemies
List of crossings of the Saint Lawrence Seaway

This is a list of bridges and other crossings of the Saint Lawrence Seaway, starting from Quebec, Canada and moving downstream to Duluth, Minnesota.
Crossing 	Carries 	Location 	Design
Orleans Island Bridge 	Bridge Street 	Quebec City, Quebec 	Suspension bridge
Quebec Bridge 	Province Route 175 	Quebec City, Quebec 	Cantilever bridge
Pierre Laporte Bridge 	Autoroute 73 	Quebec City, Quebec 	Suspension bridge
Laviolette Bridge 	Autoroute 55 	Trois-Rivieres, Quebec 	Through arch bridge
Lafontaine Bridge 	Autoroute 25 	Montreal, Quebec 	Girder bridge
Louis-Hippolyte Tunnel 	Autoroute 25 	Montreal, Quebec 	Tunnel
Jacques Cartier Bridge 	Province Route 134 	Montreal, Quebec 	Cantilever bridge
Concordia Bridge 	Pierre-Dupuy Avenue 	Montreal, Quebec 	Girder bridge
Victoria Bridge 	Province Route 112 	Montreal, Quebec 	Hybrid
Champlain Bridge 	Autoroutes 10, 15, 20	Montreal, Quebec 	Hybrid
Honore Mercier Bridge 	Province Route 138 	Montreal, Quebec 	Through arch bridge
Edgar Hebert Bridge 	Province Route 132 	Beauharnois, Quebec 	Suspension bridge
Serge-Marcil Bridge 	Autoroute 30 	Beauharnois, Quebec 	Girder bridge
Beauharnois Bridge #1 	Unnamed road 	Beauharnois, Quebec 	Vertical-lift bridge
Beauharnois Bridge #2 	Saint Louis Boulevard	Beauharnois, Quebec 	Vertical-lift bridge
Beauharnois Bridge #3 	Autoroute 530 	Beauharnois, Quebec 	Vertical-lift bridge
Three Nations Crossing 	Ontario Route 138 	Cornwall, Ontario 	Hybrid
Seaway Skyway 	Ontario Route 416 	Prescott, Ontario 	Suspension bridge
Wesley Island Bridge 	Interstate 81 	Wesley Island, New York 	Suspension bridge
International Rift Bridge 	I-81/ON-137 	US-Canada Border 	Arch bridge
Thousand Islands Bridge 	ON-137 	Ivy Lea, Ontario 	Hybrid
Lewiston-Queenston Bridge 	I-190/ON-405 	US-Canada Border 	Arch bridge
Whirlpool Rpaids Bridge 	Unnamed road 	US-Canada Border 	Truss arch bridge
Rainbow Bridge 	ON-420 	Niagara Falls 	Arch bridge
North Grand Isle Bridge 	Interstate 190 	Grand Island, New York 	Deck truss bridge
South Grand Isle Bridge 	Interstate 190 	Grand Island, New York 	Through arch bridge
Peace Bridge 	Queen Elizabeth Way 	US-Canada Border 	Hybrid
Wayne County Bridge 	Groose Isle Parkway 	Groose Isle, Michigan 	Truss swing bridge
Groose Isle Toll Bridge 	Bridge Road 	Groose Isle, Michigan 	Truss swing bridge
Ambassador Bridge 	Bridge Street 	US-Canada Border 	Suspension bridge
Detroit-Windsor Tunnel 	Unnamed road 	US-Canada Border 	Tunnel
MacArthur Bridge 	East Grand Boulavard 	Belle Isle, Michigan 	Arch bridge
Blue Water Bridge 	I-94/ON-402 	US-Canada Border 	Hybrid
Little Current Swing Bridge	ON-6 	Little Current, Ontario 	Truss swing bridge
Mackinac Bridge 	Interstate 75 	Saint Ignace, Michigan 	Suspension bridge
Bernt Gilbertson Bridge 	ON-548 	St. Joseph Island, Ontario	Girder bridge
Sault Ste. Marie Bridge 	I-75/ON-550 	US-Canada Border 	Hybrid
Portage Canal Bridge 	MI-26/US-41 	Houghton, Michigan 	Vertical-lift bridge
Aerial Lift Bridge 	South Lake Avenue 	Duluth, Minnesota 	Vertical-lift bridge
Blatnik Bridge 	Interstate 535 	Duluth, Minnesota 	Through arch bridge
Bong Memorial Bridge 	US-2 	Duluth, Minnesota 	Tied arch bridge
Main Page/Containers in Openstack Paunch

Paunch is used to launch openstack containers. Lets try to clarify a bit why we use it and clarify a bit the upstream documentation
https://github.com/openstack/paunch
paunch gets a config file, describing the container, as a paremeter, and tries to figure out if it is already started or if it is needed to start it, for example:
 # paunch --verbose apply --file examples/hello-world.yml[1] --config-id hi[3]
 examples/hello-world.yml[1] would look like this for example:
hello[2]:
 image: hello-world
 detach: false
The command we executed would create a docker container called hello[2]
The parameter --config-id[3] is used as paunch container_id, different that docker container_id.
To delete a container we need the --config-id[3], so the command would be:
paunch --verbose cleanup hi[3]
'''Importance of Data Quality'''

Research shows that 40% of the anticipated value of all business initiatives is never achieved. Poor data quality in both the planning and execution phases of these initiatives is a primary cause. As put by the Open Data Institute: “If you don’t think you have a quality problem with your data, you haven’t looked at it yet.” When talking about Linked Open Data quality the following aspects have been identified, by an extensive literature review done earlier by the authors, as being important. These quality aspects will come back in the different steps of the roadmap.
• Metadata: Name, description, publisher, locations, release, potential use, compliance, production date, provenance
• Data-set: Accessibility, format, kind of data, identifiers, use of vocabularies, semantics, data model, links, size, concise, complete, believability, reputation
• Data-records: Valid, complete, consistent, unique, timely, accurate, precise
• Process: Issues documented, process described, update frequency, support (official, community, tools)
• Availability: Rights, license/ fee, SLA, authenticity, security
'''Requirements for a Linked Open Data Roadmap'''

The development of the Internet can be described as follows: the web of documents (Web 1.0) via Web 2.0 where the Internet is regarded as an interactive communication medium where users can upload information to Web 3.0: the Web of Linked Data, where Internet applications and data can be linked via Web services to each other. These smart applications can follow the links between data sets and easily align, connect and integrate information. Linked Data is an essential part of the Semantic Web, as described by Tim Berners-Lee in 2006 in his five star model. 
In practice most organizations that publish open data get stuck at the second or third star. The data is publicly available online and provided it is accompanied by some documentation it is interpretable and reusable by other humans. Nevertheless, it is still a great effort to do something useful with the data. First it has to be understood by reading the documentation. Then it has to be imported and converted to a format that the user’s tools can work with. And only then, something useful can be done with the data. When open data is published as linked data at four or five stars, the life of a data consumer becomes much easier, because then the data becomes self-describing, machine-interpretable and accessible in a uniform manner. For a data publisher to take his dataset from three to four stars or even five takes considerable more effort than getting to the third star. 
Although the 5 star model is often used and without doubt valuable, it is not sufficient to just focus on providing sustainable 5 star data. Therefore, we need to define additional requirements our LOD roadmap needs to address:
•	Metadata: rich metadata should be provided, including a preference for provenance data and including an insight in the quality of the data.
•	Multiple formats: the roadmap needs to address how to deal with multiple data formats, depending on the demands from potential users, e.g. the advice to provide raw data when possible (potentially next to other “enhanced versions” of the data.
•	Provide the data as service (query able, sparql/json-ld).
•	Use existing vocabularies, or include links to existing vocabularies.
•	Use an URI strategy, preferably an existing one in your context.
•	Organize management, including governance, of the data (see BOMOD deliverable).
The five star model, and the additional requirements presented above, have been used as requirements for the roadmap. The goal of the roadmap is to give practical guidance to a data publisher that wants to publish good data, and actually wants his data to be easy to use for users and sustainable in the end.
go back
A Geo extension of the YASGUI SPARQL client for handling OGC compliant geometries

The environmental act team extended the YASGUI SPARQL client, a Javascript based feature-packed user-friendly interface to access any SPARQL endpoint, with a novel Geo tab that handles spatial geometries in Linked Data. 
YASGUI already provides syntax checking and highlighting, assists you by autocompleting your prefixes, properties, classes, and endpoints, and allows you to bookmark queries. It shows results, among others, as pivot tables and Google charts. 
Due to the development in the UX Linked Data Challenge, the client now automatically detects open standard (OGC-compliant) geometries in SPARQL result sets, including points, lines and polygons, and visualizes them on a map. 
Where Linked Geo Data developers used to tediously write one-off scripts that plot geo results on a map, this is now possible in a generic fashion, right from the YASGUI SPARQL editor, and on any SPARQL endpoint that contains geographical data. As such it provides a generic means to browse and explore Geo-oriented Linked Datasets. 
The success of this YASGUI extension and the improvements it brings to UX and Linked Geo Data, are corroborated by Kadaster who now use this in production at https://data.pdok.nl/yasgui.
Agenda

== Eerstvolgende PiLOD bijeenkomst ==
12 maart 2014 - Rijksdienst Cultureel Erfgoed, Amersfoort
De volledige kalender van alle bijeenkomsten voor dit jaar is te vinden op de Bijeenkomsten pagina. 
== Conceptual Fridays ==
De Conceptual Fridays zijn informele bijeenkomsten bij Geonovum op de Barchman Wuytierslaan 10, 3818 LH Amersfoort die op iedere vrijdag gehouden worden gedurende de hele dag. 
In sommige gevallen wordt via de LinkedIn group door een deelnmer aangekondigd dat er een speciaal onderwerp behandeld gaat worden tijdens een volgende Conceptual Friday. 
De volledige kalender van alle Conceptual Fridays voor dit jaar is te vinden op de Conceptual Fridays pagina. Ook op deze pagina kunnen aanwezigheid en onderwerpen aangegeven worden.
== Andere evenementen ==
* 6 maart 2014 - Open Data Estafette Water, Open data als grondstof voor groei, LEF Future Center
* 21 maart 2014 - Linked Data Europe: Tools and Applications, EDF2014, Athene, Griekenland
* 23 april 2014 - Workshop on Open Data Publication and Use: Lessons Learned, TU Delft
Andere evenementen

* ISWC 2016, The 15th International Semantic Web Conference 17-21 October 2016 - Kobe, Japan
=Webinars=
* Diverse Datums - OCLC Webinars (toekomstig & opgenomen)
* Diverse Datums - Dataversity Webinars (toekomstig)
* Dataversity Webinars (on demand)
=Cursussen=
* Introductie Semantisch web - Go Opleidingen
* Ontwerpen van Ontologieen - Go Opleidingen
* Linked Data Introductiecursus en Workshops - Linked Data Factory
Application of the roadmap to the example of Liander

In order to illustrate the roadmap for publishing linked open data elaborated in this document we apply it to an example dataset. The example concerns an existing, non-governmental open dataset from Liander, one of the Dutch regional energy distributers. 
Liander manages the energy distribution network in a large part of The Netherlands. They transport gas and electricity from energy producers to households and other users. In order to support their operations, Liander has lots of data, but is not allowed to use this data in applications due to legal limitations. Nevertheless, this data could be used by third parties in applications, for instance to facilitate the transition towards a more sustainable energy future. Therefore, Liander would like to open some of their data to support such innovations.
In the following we show the steps Liander, or any other data owner, has to take in order to turn their data into linked open data and publish it following the roadmap. 
*Example Step 1: Select data
*Example Step 2: Prepare the data
*Example Step 3: Model the data
*Example Step 4: Define a naming scheme
*Example Step 5: Convert the data
*Example Step 6: Organize Governance
*Example Step 7: Add metadata
*Example Step 8: Publish the data
*Example Step 9: Link the data
 Go back to overview
ArchiXL-PLDN Seminar Thesauri Best Practices - 30 september 2020

__NOTOC__
 Op 30 september organiseert ArchiXL samen met het Platform Linked Data Nederland (PLDN) een mini-seminar over thesauri. Het seminar start om 14.00 uur. In verband met de overheidsrichtlijnen met betrekking tot Corona rondom het organiseren van evenementen, is dit nu een online webinar geworden in plaats van een evenement bij RCE. Aan de webinar zijn geen kosten verbonden.
 Een thesaurus is een gestructureerde verzameling van woorden, veelal voorzien van definities, synoniemen en andere beschrijvende informatie. Thesauri bestaan al heel lang en zijn een belangrijke basis voor onder meer de collecties van bibliotheken. In een wereld waarin de rol van data toeneemt neemt ook het belang van thesauri toe. Thesauri zijn bij uitstek geschikt om betekenis te geven aan woorden in specifieke domeinen. Linked Data standaarden zoals SKOS maken het mogelijk om de thesaurus zelf ook gewoon als data te beschouwen en verregaand te integreren met andere data. Genoeg redenen om een mini-seminar over het onderwerp te organiseren.
Datum: Woensdag 30 september 2020
Tijd: 14:00-17:00 uur
Locatie: Online Webinar
==Programma==
14:00	De rol van thesauri in datamanagement, Danny Greefhorst (ArchiXL) ()
14:20	Thesauri van de KB op data.bibliotheken.nl, René Voorburg (Koninklijke Bibliotheek) ()
14:50	Eenheid van taal in de zorg met SNOMED CT, Feikje Hielkema-Raadsveld (Nictiz) ()
===15:10 uur – Koffiepauze===
15:25	De bruikbaarheid van thesauri binnen de RCE Linked Data Voorziening, Patrick Mout (RCE) ()
15:45	Verbinden van thesauri, Jacco van Ossenbruggen (VU/CWI) ()
===16:05 uur – Koffiepauze===
16:20	De doorontwikkeling en het beheer van de Aquo thesaurus, Koos Boersma (Infomatiehuis Water) ()
16:40	Samenwerken aan de nieuwe PLDN Linked Data Thesaurus, Pieter van Everdingen (PLDN) (, )
===17:00 uur – Afsluiting en aankondigingen===
Meer informatie over de presentaties en de sprekers
ArchiXL-PLDN Seminar – Metadata, hoeksteen onder een goede informatiehuishouding – 4 april 2023

__NOTOC__
Op 4 april organiseren ArchiXL en PLDN samen het seminar “Metadata, hoeksteen onder een goede informatiehuishouding”. Het event vindt plaats van 13:00 tot 17:00 in de Kinderdijkzaal van de Rijksdienst voor het Cultureel Erfgoed op het Smallepad 5 in Amersfoort. De toegang is gratis.
Datum en Tijd: Dinsdag 4 april 2023, 12:45 - 17:00
Locatie: Kinderdijkzaal, Rijksdienst voor het Cultureel Erfgoed, Smallepad 5 te Amersfoort
Meer achtergrondinformatie over de sprekers, hun presentaties en de links naar de slides zijn te vinden op de volgende ArchiXL webpagina.
==Programma==
Tijd 	Titel
12:45	Inloop
13:15	Welkom en inleiding
13:30	Een brede blik op metadata: architectuur als verbindende sleutel - Danny Greefhorst (ArchiXL)
14:00	"Het" Metadatamodel van Rijkswaterstaat bestaat niet - Mette van Essen (Rijkswaterstaat)
14:30	Het Gemeentelijk Gegegevensmodel, een gezamenlijk datafundament voor gemeenten - Arjen Brienen (Gemeente Delft)
15:00	Koffiepauze
15:30	Bouwen aan een semantisch platform - Bart Boskaljon (Rijksdienst voor het Cultureel Erfgoed)
16:00	De schatkamer van de Nederlandse podiumkunsten - Mirjam Verloop (Podiumkunst.net)
16:30	Kadaster's Metadata Infrastructure: An Outlook for the Future – Lexi Rowland (Kadaster)
17:00	Afronding en aansluitend een borrel
BBC Presentatie 5 februari 2016

==Presentatie BBC – Educational Linked Open Data Platform==
Op vrijdag 5 februari houdt Richard Leeming over de BBC Research and Education Space, een presentatie voor het PILOD-netwerk (Platform ter bevordering van Linked (Open) Data in Nederland: http://www.platformlinkeddata.nl).
Het Research and Education Space – platform betreft een partnership in de UK, waarin de UK’s GLAM sector (Galleries, Libraries, Arts and Museums) samenwerkt om hun catalogi met waardevolle content via Linked Open Data. Het platform indexeert de Linked Open Data waardoor relevante verbanden tussen data naar voren komen - over mensen, plaatsen, events - die het gebruik voor onderwijstoepassingen vergemakkelijken. 
Centraal in de aanpak staat de API: Hiermee wordt de onderliggende (veelal publieke) data op een eenvoudige manier onder service level beschikbaar gesteld. Partijen kunnen nu eenvoudig deze data opnemen in hun applicaties - speciaal wordt samengewerkt met digitale bedrijven in de onderwijssector voor integratie in hun onderwijsproducten. Richard zal vooral ingaan op use cases / business cases, tevens zal hij een uitleg geven over architectuur en de API.
Meer informatie van dit gloednieuwe initiatief vindt je op:
http://res.space of op: https://vimeo.com/151043150
De presentatie vindt plaats van half 10 tot 11 bij Geonovum in Amersfoort. Toegang is gratis, graag van tevoren melden via een mail aan info@edustandaard.nl.
BGT-LD-prototype

In 2014 is binnen het BGT Linked Data project een werkend prototype gerealiseerd. Hier vindt u een korte uitleg over de werking van dit prototype.
Ga naar: 
http://almere.pilod.nl/bgtld
Oké, laten we beginnen om een gebouw te selecteren. Stap 1. Kies Bouwjaar "voor 1906". Stap 2. Kies een WOZ-waarde tussen 500.000 tot 1.000.000. Stap 3. Kies als functie Winkel. Stap 4. Klik nu op 83, en vervolgens op 18. Stap 5. Zoom iets verder in, en selecteer het gebouw op de hoek van Donkeresteeg en Haarlemmerstraat: de T-Mobile shop. Je ziet dan rechtsboven de geometrie van het pand (uit de BGT), het bouwjaar en de status (uit de BAG), Informatie over twee WOZ-objecten (uit de WOZ), en een bedrijf (uit het Handelsregister). Als je doorklikt op ‘In dit pand is 1 bedrijf gevestigd’, krijg je informatie over het bedrijf dat daar zit, inclusief extra informatie uit Freebase.
Als je op een pand klikt, verschijnen er in de meeste gevallen ook bomen op het scherm. Selecteer een pand iets zuidelijker op de kaart, dichtbij het park De Burcht. Klik vervolgens op een boom. Je ziet dan informatie over de boom uit de BOR, gecombineerd met extra informatie uit dbpedia.
Bag dataset

Categorie:Platform LOD
A full version of the dutch BAG is available as Linked Data on the Almere server. The BAG is the dutch registry for Buildings and adresses (Basisregistratie adressen en gebouwen).
the Bag described below is available at the Almere Sparql Endpoint
Below some additional information about the BAG dataset and some example queries.
These are the main classes available within the BAG.
Class Description 	Class IRI
Street or Square 	http://bag.kadaster.nl/def#OpenbareRuimte
Reference to the official document describing the change	http://bag.kadaster.nl/def#Brondocument
Address of a boat 	http://bag.kadaster.nl/def#Ligplaats
Address of a caravan 	http://bag.kadaster.nl/def#Standplaats
Entity where people live 	http://bag.kadaster.nl/def#Verblijfsobject
Building containing one or more Verblijfsobject 	http://bag.kadaster.nl/def#Pand
Unique reference to a specific address 	http://bag.kadaster.nl/def#Nummeraanduiding
City 	http://bag.kadaster.nl/def#Woonplaats
== Some Example Queries: ==
To see 100 triples only containing BAG data (filtering for the Named Graphs of the BAG)
select * 
where <BR>
{graph ?g
{<BR>
?s ?p ?o .<BR>
}<BR>
filter regex(str(?g),"http://bag.kadaster.nl/")<BR>
}<BR>
LIMIT 100<BR>
Integrity query, relating most of the BAG entities:
select distinct *<BR>
{<BR>
?verblijfsobject bagdef:onderdeelVan/bagdef:bouwjaar ?bouwjaar;<BR>
bagdef:onderdeelVan/ogcgs:hasGeometry/ogcgs:asWKT ?geo;<BR>
bagdef:hoofdadres/bagdef:gerelateerdeOpenbareRuimte/bagdef:woonplaatsOpenbareRuimte/bagdef:woonplaatsnaam ?woonplaatsnaam . <BR>
filter (xsd:integer(?bouwjaar) < 1940) <BR>
}<BR>
LIMIT 1000<BR>
To retrieve geo Polygones, describing the subjects do:
select * 
where <BR> 
{graph ?g
{<BR>
?s <http://www.opengis.net/ont/geosparql#hasGeometry>/<http://www.opengis.net/ont/geosparql#asWKT> ?o .<BR>
}<BR>
filter regex(str(?g),"http://bag.kadaster.nl/")<BR>
}<BR>
LIMIT 100<BR>
(?s <http://www.opengis.net/ont/geosparql#hasGeometry>/<http://www.opengis.net/ont/geosparql#asWKT> ?o . is shorthand for:<BR>
?s <http://www.opengis.net/ont/geosparql#hasGeometry> ?o .<BR>
?o <http://www.opengis.net/ont/geosparql#asWKT> ?o2 .)<BR>
To just see the overview of triples (classes) describing the BAG do:<BR>
select * 
where <BR>
{graph <http://bag.kadaster.nl/>
{<BR>
?s ?p ?o .<BR>
}
}<BR>
LIMIT 100<BR>
For more information on GeoSparql, for doing GeoSpatial queries look at: <BR>Virtuoso GeoSpatial<BR>
Presentation with the BAG Ontology describing classes<BR>
Look here for the knowledge base about all data entities within the BAG (dutch) <BR>
Or if you want to know more about what the BAG is all about (dutch)<BR>