What Is Web Ontology Language (OWL)?

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All right! For the sake of clarity and understandability for the entire lot that is reading this, let us define the great white owl in the city. #WebOntologyLanguage or #OWL for short (hopefully a little bit fun). Assume you are designing a website and want to present the content in a logical and machine-readable way. You can think of OWL as the "filing cabinet" for the data on your website. It's helpful for organizing and categorizing the data in question. OWL stores its data in a number of distinct "classes," which function similarly to file cabinets. Individuals and other "subclasses" (like subfolders) can be added to any given "class" (the documents in the folders). Say, for illustration, that you run an animal-themed website. The "Mammals" category could be further subdivided into "Primates" and "Canines," with "Gorilla" and "Dog" serving as examples of specific members of these groups. Hold on, and it gets more awesome than that! OWL also enables the linking of classes and individuals through "object properties" and "data properties." In contrast to data properties, which assign a value to an object, object properties establish relationships between objects (e.g., "Gorilla" refers to a "Mother" object) (e.g., "Gorilla" has a "Weight" value of 140kg). In other words, OWL is a way to link and organize data on a website in a way that is both human-readable and machine-readable. In other words, it's like building a skeleton for your website so that machines can easily understand it. It finds application in numerous areas, including NLP, KM, and the Semantic Web, to name a few. Like a high-tech filing cabinet, it has a neat set of interconnections and properties that help computers find their way around and make sense of a website's vast amounts of data. The #SemanticWeb #KnowledgeRepresentation #Ontology

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