List of Examples

• 1-1 Inserting a Rule into a Rulebase
• 1-2 Using Rulebases for Inferencing
• 1-3 Creating an Entailment
• 1-4 Querying a Virtual Model
• 1-5 RDF Data Encoded in TriG Format
• 1-6 N-QUADS Format Representation
• 1-7 SDO_RDF_TRIPLE_S Methods
• 1-8 SDO_RDF_TRIPLE_S Constructor to Insert Triples
• 1-9 SEM_MATCH Table Function
• 1-10 HINT0 Option with SEM_MATCH Table Function
• 1-11 SEM_MATCH Table Function
• 1-12 Curly Brace Syntax
• 1-13 Curly Brace Syntax and OPTIONAL Construct
• 1-14 Curly Brace Syntax and Multi-Pattern OPTIONAL Construct
• 1-15 Curly Brace Syntax and Nested OPTIONAL Construct
• 1-16 Curly Brace Syntax and Parallel OPTIONAL Construct
• 1-17 Curly Brace Syntax and FILTER Construct
• 1-18 Curly Brace Syntax and FILTER with REGEX and STR Built-In Constructs
• 1-19 Curly Brace Syntax and UNION and FILTER Constructs
• 1-20 Named Graph Construct
• 1-21 Using the named_graphs Parameter
• 1-22 Using the graphs Parameter
• 1-23 SPARQL ASK
• 1-24 SPARQL CONSTRUCT
• 1-25 CONSTRUCT with Solution Modifiers
• 1-26 SPARQL 1.1 Features with CONSTRUCT
• 1-27 SPARQL CONSTRUCT with Named Graphs
• 1-28 SPARQL CONSTRUCT Normal Form
• 1-29 SPARQL CONSTRUCT Short Form
• 1-30 SPARQL CONSTRUCT Workflow
• 1-31 SPARQL DESCRIBE Short Form
• 1-32 SPARQL DESCRIBE Normal Form
• 1-33 DESCRIBE *
• 1-34 SPARQL PREFIX, SELECT, and WHERE Clauses
• 1-35 SPARQL SELECT * (All Variables in Triple Pattern)
• 1-36 SPARQL SELECT DISTINCT
• 1-37 RDF Dataset Specification Using FROM and FROM NAMED
• 1-38 SPARQL ORDER BY
• 1-39 SPARQL LIMIT
• 1-40 SPARQL OFFSET
• 1-41 Query Using Full URIs
• 1-42 Query Using a Base IRI
• 1-43 SPARQL SELECT Expression
• 1-44 SPARQL SELECT Expressions (2)
• 1-45 SPARQL SELECT Subquery
• 1-46 Simple Grouping Query
• 1-47 Complex Grouping Expression
• 1-48 Aggregation
• 1-49 Aggregation Without Grouping
• 1-50 Aggregation with DISTINCT
• 1-51 HAVING Clause
• 1-52 Negation with NOT EXISTS
• 1-53 EXISTS
• 1-54 Negation with MINUS
• 1-55 Negation with NOT EXISTS (2)
• 1-56 Negation with MINUS (2)
• 1-57 Nested SELECT Expression
• 1-58 BIND
• 1-59 GROUP BY Expression
• 1-60 VALUES
• 1-61 Simplified VALUES Syntax
• 1-62 Inline VALUES Block
• 1-63 SPARQL Property Path (Using rdfs:subClassOf Relations)
• 1-64 SPARQL Property Path (Using foaf:friendOf or foaf:knows Relationships)
• 1-65 Specifying Property Path Maximum Depth Value
• 1-66 Specifying Property Path Join Hint
• 1-67 SPARQL SERVICE Clause to Retrieve All Triples
• 1-68 SPARQL SERVICE Clause to Join Remote and Local RDF Data
• 1-69 Access Control List and Host Assignment
• 1-70 SPARQL SERVICE Join Push Down
• 1-71 SPARQL SERVICE with SILENT Keyword
• 1-72 Setting Proxy Server with UTL_HTTP.SET_PROXY
• 1-73 Setting Proxy Server in SPARQL SERVICE
• 1-74 Inline Query Optimizer Hints
• 1-75 Full-Text Search
• 1-76 Spatial Point Geometry Represented as orageo:WKTLiteral
• 1-77 Spatial Point Geometry Represented as ogc:wktLiteral
• 1-78 Spatial Data Encoded Using orageo:WKTLiteral Values
• 1-79 Adding a Spatial Data Type Index on RDF Data
• 1-80 SQL Hint for Dynamic Sampling
• 1-81 Aggregate Optimizations
• 1-82 Using an External Table to Load a Staging Table
• 1-83 Retrieving Semantic Data from an Application Table
• 1-84 Retrieving Semantic Data from an RDF Model
• 1-85 Retrieving Semantic Data from an Application Table
• 1-86 Results from Applying Transformations from Example 1-85
• 1-87 Using HINT0 to Ensure Use of Data Type Index
• 1-88 Using a Model for Journal Article Information
• 1-89 Using a Model for Family Information
• 2-1 Creating a Simple OWL Ontology
• 2-2 Performing Native OWL Inferencing
• 2-3 Performing OWL and User-Defined Rules Inferencing
• 2-4 Displaying Proof Information
• 2-5 Validating an Entailment
• 2-6 Named Graph Based Global Inference
• 2-7 Named Graph Based Local Inference
• 2-8 Performing Selective Inferencing
• 2-9 SEM_RELATED Operator
• 2-10 SEM_DISTANCE Ancillary Operator
• 2-11 Using SEM_DISTANCE to Restrict the Number of Rows Returned
• 2-12 Creating a Semantic Index
• 2-13 Creating a Semantic Index Specifying a Model and Rulebase
• 2-14 Query Benefitting from Generation of Statistical Information
• 2-15 Specifying a URI Prefix During Semantic Index Creation
• 3-1 SKOS Definition of an Electronics Scheme
• 3-2 Validating an SKOS Entailment
• 3-3 Property Chain Insertions to Implement S55
• 4-1 RDFCTX_EXTRACTOR Abstract Type Definition
• 4-2 Using Document-Centric Inference
• 5-1 Creating a Custom Label Generator Type
• 6-1 Versioning a Semantic Model
• 7-1 SQL-Based Graph Query
• 7-2 Hybrid Query Mixing SEM_MATCH with Regular SQL Constructs
• 7-3 SEM_MATCH Query
• 7-4 Simple SPARQL Update
• 7-5 SPARQL Update with Insert and Delete Operations
• 7-6 Performing Analytical functions on RDF Data
• 7-7 Implementing NDM nearestNeighbors Function on Top of Semantic Data
• 7-8 Generating a DOT File with Contextual Information
• 7-9 Specifying Inference Options
• 7-10 Loading Data into the Staging Table (prepareBulk)
• 7-11 Loading Data from the Staging Table into the Semantic Network (completeBulk)
• 7-12 Using prepareBulk with RDFa
• 7-13 Loading Quads into a DatasetGraph
• 7-14 Using prepareBulk with iMaxThreads
• 7-15 Skipping Triples with Illegal Syntax
• 7-16 Using OntModel with Ontology Stored in Oracle Database
• 7-17 Using a Custom In-Memory Graph
• 7-18 Query Family Relationships
• 7-19 Load OWL Ontology and Perform OWLPrime inference
• 7-20 Bulk Load OWL Ontology and Perform OWLPrime inference
• 7-21 SPARQL OPTIONAL Query
• 7-22 SPARQL Query with LIMIT and OFFSET
• 7-23 SPARQL Query with TIMEOUT and DOP
• 7-24 Named Graph Based Query
• 7-25 SPARQL ASK Query
• 7-26 SPARQL DESCRIBE Query
• 7-27 SPARQL CONSTRUCT Query
• 7-28 Query Multiple Models and Specify "Allow Duplicates"
• 7-29 SPARQL Update
• 7-30 SPARQL Query with ARQ Built-In Functions
• 7-31 SELECT Cast Query
• 7-32 Instantiate Oracle Database Using OracleConnection
• 7-33 Oracle Database Connection Pooling
• 7-34 Storing a SPARQL Query and an XSL Transformation
• 7-35 Modifying a Query
• 7-36 Retrieving and Printing an XSL Transformation
• 8-1 Sample Usage flow for RDF Semantic Graph Support for OpenRDF Sesame
• 8-2 Migration Between RDF Semantic Graph Support for Apache Jena and Sesame Models
• 8-3 Using the Sesame Console
• 8-4 Basic Operations
• 8-5 Add a Data File (in TRIG format)
• 8-6 Simple Query
• 8-7 Simple Bulk Load
• 8-8 Bulk Load RDF/XML and Application Table Index Maintenance
• 8-9 Bulk Load With StatusListener to Handle Loading with Bad Data
• 8-10 Load Data from Sesame Store into Oracle Database
• 8-11 SPARQL ASK Query
• 8-12 SPARQL CONSTRUCT and DESCRIBE
• 8-13 Inference
• 8-14 Named Graph Query
• 8-15 Indexes on Application Table [Advanced]
• 8-16 Uniqueness Constraint on Application Table [Advanced]
• 8-17 Query Timeout and Parallel Execution [Advanced]
• 8-18 Get COUNT of Matches [Advanced]
• 8-19 Specify Bind Variable for Constant in Query Pattern [Advanced]
• 8-20 Specify Bind Variable for Constant in Different Position in Query Pattern [Advanced]
• 8-21 Build URIs from Internal Numeric IDs [Advanced]
• 9-1 User-Defined Function to Calculate Sum of Two Squares
• 9-2 User-Defined Function Used in a FILTER Clause
• 9-3 User-Defined Function Used in a SELECT Expression
• 9-4 User-Defined Function Used in a BIND Operation
• 9-5 User-Defined Aggregate Implementation
• 9-6 User-Defined Aggregate Used Without a GROUP BY Clause
• 9-7 User-Defined Aggregate Used With a GROUP BY Clause
• 10-1 Creating an RDF View with Direct Mapping
• 10-2 Using CONFORMANCE=T
• 10-3 Creating an RDF View with an R2RML Mapping
• 10-4 Dropping an RDF View
• 10-5 Exporting an RDF View
• 10-6 Using an RDF View with Direct Mapping
• 10-7 Output of Example 10-6, "Using an RDF View with Direct Mapping"
• 10-8 Querying Multiple Data Sets
• 10-9 Querying Virtual RDB2RDF Data and Native RDF Data