Introduction and Application Scenarios Quiz

Ten multiple choice questions that are intended to test one's knowledge after reading and viewing the materials in Module 1: Introduction and Application Scenarios.

URL: http://www.euclid-project.eu/content/chapter-1-quiz.html
Keywords: Mashup, SPARQL, Graph, Triple, HTTP URIs, RDF, XML, Web of Data, Semantic Web, Linked Data Principles, Linked Data
Publisher: EUCLID Project
Language: http://id.loc.gov/vocabulary/iso639-2/eng
Time required: P10M
Educational use: assessment
Educational audience: student
Interactivity type: active

Competencies

Articulates differences between the RDF abstract data model and the XML and relational models.
- Fundamentals of Resource Description Framework
  - RDF data model
    - Articulates differences between the RDF abstract data model and the XML and relational models.
Knows the subject-predicate-object component structure of a triple.
- Fundamentals of Resource Description Framework
  - RDF data model
    - Knows the subject-predicate-object component structure of a triple.
Understands blank nodes and their uses.
- Fundamentals of Resource Description Framework
  - RDF data model
    - Understands blank nodes and their uses.
Understands the difference between literals and non-literal resources.
- Fundamentals of Resource Description Framework
  - RDF data model
    - Understands the difference between literals and non-literal resources.
Understands the use of datatypes and language tags with literals.
- Fundamentals of Resource Description Framework
  - RDF data model
    - Understands the use of datatypes and language tags with literals.
Correctly uses sub-property relationships in support of inference.
- RDF vocabularies and application profiles
  - Designing RDF-based vocabularies
    - Uses RDF Schema to express semantic relationships within a vocabulary.
      Correctly uses sub-property relationships in support of inference.
Demonstrates a working knowledge of the forms and uses of SPARQL result sets (SELECT, CONSTRUCT, DESCRIBE, and ASK).
- Interacting with RDF data
  - Querying RDF data
    - Demonstrates a working knowledge of the forms and uses of SPARQL result sets (SELECT, CONSTRUCT, DESCRIBE, and ASK).
      Uses the SELECT clause to identify the variables to appear in a table of query results.
      Uses the WHERE clause to provide the graph pattern to match against the graph data.
      Uses variables in SELECT and WHERE clauses to yield a table of results.
      Uses ASK for a True/False result test for a match to a query pattern.
      Uses DESCRIBE to extract a single graph containing RDF data about resources.
      Uses CONSTRUCT to extract and transform results into a single RDF graph specified by a graph template.
      Uses FROM to formulate queries with URLs and local files.
Understands that a SPARQL query matches an RDF graph against a pattern of triples with fixed and variable values.
- Interacting with RDF data
  - Querying RDF data
    - Understands that a SPARQL query matches an RDF graph against a pattern of triples with fixed and variable values.
Understands the basic syntax of a SPARQL query.
- Interacting with RDF data
  - Querying RDF data
    - Understands the basic syntax of a SPARQL query.
      Uses angle brackets for delimiting URIs.
      Uses question marks for indicating variables.
      Uses PREFIX for base URIs.
Differentiates hierarchical document models (eg, XML) and graph models (RDF).
- Fundamentals of Resource Description Framework
  - Related data models
    - Differentiates hierarchical document models (eg, XML) and graph models (RDF).
Knows that anything can be named with Uniform Resource Identifiers (URIs), such as agents, places, events, artifacts, and concepts.
- Fundamentals of Resource Description Framework
  - Identity in RDF
    - Knows that anything can be named with Uniform Resource Identifiers (URIs), such as agents, places, events, artifacts, and concepts.
Knows the primary organizations related to Linked Data standardization.
- Fundamentals of Linked Data
  - Linked Data policies and best practices
    - Knows the primary organizations related to Linked Data standardization.
      Participates in developing standards and best practice with relevant organizations such as W3C.
Knows the SPARQL 1.1 Update language for updating, creating, and removing RDF graphs in a Graph Store
- Interacting with RDF data
  - Manipulating RDF data
    - Knows the SPARQL 1.1 Update language for updating, creating, and removing RDF graphs in a Graph Store
      Uses INSERT/DELETE to update triples.
      Uses a CONSTRUCT query to preview changes before executing an INSERT/DELETE operation.
Understands the difference between SQL query language (which operates on database tables) and SPARQL (which operates on RDF graphs).
- Interacting with RDF data
  - Manipulating RDF data
    - Understands the difference between SQL query language (which operates on database tables) and SPARQL (which operates on RDF graphs).
Understands RDF serializations as interchangeable encodings of a given set of triples (RDF graph).
- Fundamentals of Resource Description Framework
  - RDF serialization
    - Understands RDF serializations as interchangeable encodings of a given set of triples (RDF graph).
      Uses tools to convert RDF data between different serializations.
Understands the role of formally declared domains and ranges for inferencing.
- Interacting with RDF data
  - Reasoning over RDF data
    - Understands the role of formally declared domains and ranges for inferencing.
Uses the SELECT clause to identify the variables to appear in a table of query results.
- Interacting with RDF data
  - Querying RDF data
    - Demonstrates a working knowledge of the forms and uses of SPARQL result sets (SELECT, CONSTRUCT, DESCRIBE, and ASK).
      Uses the SELECT clause to identify the variables to appear in a table of query results.

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Introduction and Application Scenarios Quiz