Organic Data Science through a Semantic Wiki

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Organic Data Science through a Semantic Wiki

To structure the content of this wiki, we use a semantic wiki framework. We use an extension of Semantic MediaWiki that enables contributors to use structured semantic properties to describe the contents of the wiki.

One way in which this wiki structures content is though pre-defined categories. Pages can have special categories, which gives the wiki pages a pre-defined semantic structure. Special categories include Task, Answer, and Data.

In addition, each page has a section called "Structured Properties", where contributors can specify properties and values of the topic of the page. Any contributor can define new properties on the fly. Any contributor can change an existing property by one that is used elsewhere, effectively normalizing the use of the property across pages and therefore across objects. Each category of pages has different kinds of structured properties, sometimes organized into sections which are highlighted in a different color. To add a structured property, simply click the "Add" button in that section. We suggest you look at other pages and learn by looking at how they are structured.

Another extension in this wiki is that contributor credit is tracked and shown. At the bottom of each page, the contributors to that page are shown together with the details of their contributions to that page. Contributors can also have their own pages, which include any background information they wish to share, and where the edits that they have made are automatically summarized and shown.

Learn here about how to use this organic data science wiki.

A great way to start is to create your own page! Just type your name on the "Search" box, agree to create a page, save it empty, and then add properties imitating the example researcher page above.

Using Structured Content to Dynamically Create Sections of Wiki Pages

Those properties can then be used to answer queries that aggregate automatically those properties and pages. Below are some examples of how a query can be stated using those structured properties, and the automatically generated table that answers the query. These queries can be used to create dynamically generated content.

 AuthorSoftware licenseLanguage
Delft3dDeltares systems
IPH-ECODavid da Motta Marques
PIHM SoftwareGopal Bhatt
Lorne Leonard
Xuan Yu
Chris Duffy
Mukesh Kumar
GPL v2C
C++


 ExpertiseAffiliation
Chris DuffyHydrologyPennsylvania State University
Craig SnortheimHydrodynamic modelingCenter for Limnology
University of Wisconsin-Madison
David da Motta MarquesHydrology
Hydrodynamic modeling
Universidade Federal do Rio Grande do Sul
Hilary DuganPhysical limnologyUniversity of Wisconsin-Madison
Center for Limnology
Jordan ReadHydrodynamic modeling
Physical limnology
Center for Integrated Data Analytics
U.S. Geological Survey
Matt HipseyEcosystem modeling
Hydrodynamic modeling
University of Western Australia
Michael PaceUniversity of Virginia
Patricia SorannoLandscape limnologyMichigan State University
Paul HansonCarbon cyclingCenter For Limnology
University of Wisconsin - Madison
Steve JepsenUniversity of California Merced
Tom HarmonUniversity of California Merced
Xuan YuPennsylvania State University
Yolanda GilAI planning and collaborative problem solving
Workflows
Semantic Web
Semantic wikis
Social computing
Information Sciences Institute
University of Southern California

Accessing Structured Content Externally

The structured content in this semantic wiki is represented with the W3C RDF semantic representation standard. This allows others to access and import the content of this wiki into their applications. There is extensive documentation about this API here.