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Oracle® Database Semantic Technologies Developer's Guide
11g Release 1 (11.1)

B28397-05
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Index

A  B  C  D  E  F  G  H  I  L  M  O  P  Q  R  S  T  U  V 

A

ADD_SEM_INDEX procedure, 3
aliases
SEM_ALIASES and SEM_ALIAS data types, 1.6
ALLOW_DUP=Y
query option for SEM_MATCH, 1.6
ALTER_SEM_INDEX_ON_MODEL procedure, 3
ALTER_SEM_INDEX_ON_RULES_INDEX procedure, 3
ANALYZE_MODEL procedure, 3
ANALYZE_RULES_INDEX procedure, 3

B

batch (bulk) loading, 3
batch loading semantic data, 1.7.2
blank nodes, 1.3.4
constructor for reusing, 1.5.2
bulk loading, 3
bulk loading semantic data, 1.7.1
BULK_LOAD_FROM_STAGING_TABLE procedure, 3

C

canonical forms, 1.3.2.1
catsem10i.sql script, 1.11
catsem11i.sql script, 1.11
CLEANUP_FAILED procedure, 3
constructors for semantic data, 1.5
CREATE_ENTAILMENT procedure, 3
CREATE_RULEBASE procedure, 3
CREATE_RULES_INDEX procedure, 3
CREATE_SEM_MODEL procedure, 3
CREATE_SEM_NETWORK procedure, 3
CREATE_VIRTUAL_MODEL procedure, 3

D

data types
for literals, 1.3.2.1
data types for semantic data, 1.5
demo files
semantic data, 1.10
DROP_ENTAILMENT procedure, 3
DROP_RULEBASE procedure, 3
DROP_RULES_INDEX procedure, 3
DROP_SEM_INDEX procedure, 3
DROP_SEM_MODEL procedure, 3
DROP_SEM_NETWORK procedure, 3
DROP_USER_INFERENCE_OBJS procedure, 3
DROP_VIRTUAL_MODEL procedure, 3
duplicate triples
checking for, 1.3.2.1

E

entailment rules, 1.3.6
examples
PL/SQL, 1.10
exporting semantic data, 1.7

F

failed state
rulebase or rules index, 3
filter
attribute of SEM_MATCH, 1.6

G

GATHER_STATS procedure, 4
GET_MODEL_ID function, 3
GET_MODEL_NAME function, 3
GET_TRIPLE_ID function, 3

H

HINT0
query option for SEM_MATCH, 1.6

I

index_status
attribute of SEM_MATCH, 1.6, 2.3.1
inferencing, 1.3.6
inverseOf keyword
using to force use of semantic index, 2.3.4
IS_TRIPLE function, 3

L

literals
data types for, 1.3.2.1
loading semantic data, 1.7
bulk, 3
LOOKUP_RULES_INDEX procedure, 3

M

metadata
semantic, 1.3.1
metadata tables and views for semantic data, 1.4
methods for semantic data, 1.5
model ID
getting, 3
model name
getting, 3
models, 1.2
creating, 3
deleting (dropping), 3
disabling support in the database, 3
enabling support in the database, 3
SEM_MODELS data type, 1.6
SEMI_rules-index-name view, 1.3.7
SEMM_model-name view, 1.3.1
virtual, 1.3.8

O

objects, 1.3.3
options
attribute of SEM_MATCH, 1.6
Oracle Spatial
prerequisite software for RDF and OWL capabilities, Preface, 1
OWL
queries using the SEM_DISTANCE ancillary operator, 2.3.2
queries using the SEM_RELATED operator, 2.3

P

Partitioning
must be enabled for RDF and OWL, Preface, 1
properties, 1.3.5

Q

queries
using the SEM_DISTANCE ancillary operator, 2.3.2
using the SEM_MATCH table function, 1.6
using the SEM_RELATED operator, 2.3

R

RDF rulebase
subset of RDFS rulebase, 1.3.6
RDF$ET_TAB table, 1.7.1.1
RDF_VALUE$ table, 1.3.2
RDFS entailment rules, 1.3.6
RDFS rulebase
implements RDFS entailment rules, 1.3.6
Resource Description Framework
See semantic technologies
rulebases, 1.3.6
attribute of SEM_MATCH, 2.3.1
deleting if in failed state, 3
SEM_RULEBASE_INFO view, 1.3.6
SEM_RULEBASES data type, 1.6
SEMR_rulebase-name view, 1.3.6
rules, 1.3.6
rules indexes, 1.3.7
deleting if in failed state, 3
incomplete status, 1.6, 2.3.1
invalid status, 1.6, 2.3.1
SEM_RULES_INDEX_DATASETS view, 1.3.7
SEM_RULES_INDEX_INFO view, 1.3.7

S

security considerations, 1.3.9
SEM_ALIAS data type, 1.6
SEM_ALIASES data type, 1.6
SEM_APIS package
ADD_SEM_INDEX, 3
ALTER_SEM_INDEX_ON_MODEL, 3
ALTER_SEM_INDEX_ON_RULES_INDEX, 3
ANALYZE_MODEL, 3
ANALYZE_RULES_INDEX, 3
BULK_LOAD_FROM_STAGING_TABLE, 3
CLEANUP_FAILED, 3
CREATE_ENTAILMENT, 3
CREATE_RULEBASE, 3
CREATE_RULES_INDEX, 3
CREATE_SEM_MODEL, 3
CREATE_SEM_NETWORK, 3
CREATE_VIRTUAL_MODEL, 3
DROP_ENTAILMENT, 3
DROP_RULEBASE, 3
DROP_RULES_INDEX, 3
DROP_SEM_INDEX, 3
DROP_SEM_MODEL, 3
DROP_SEM_NETWORK, 3
DROP_USER_INFERENCE_OBJS, 3
DROP_VIRTUAL_MODEL, 3
GET_MODEL_ID, 3
GET_MODEL_NAME, 3
GET_TRIPLE_ID, 3
LOOKUP_RULES_INDEX, 3
reference information, 3, 4
TRIPLE, 3
VALIDATE_ENTAILMENT, 3
VALIDATE_MODEL, 3
VALUE_NAME_PREFIX, 3, 3
SEM_DISTANCE ancillary operator, 2.3.2
SEM_INDEXTYPE index type, 2.3.3
SEM_MATCH table function, 1.6
SEM_MODEL$ view, 1.3.1
virtual model entries, 1.3.8
SEM_MODELS data type, 1.6
SEM_PERF package
GATHER_STATS, 4
SEM_RELATED operator, 2.3
SEM_RULEBASE_INFO view, 1.3.6
SEM_RULEBASES data type, 1.6
SEM_RULES_INDEX_DATASETS view, 1.3.7
SEM_RULES_INDEX_INFO view, 1.3.7
SEM_VMODEL_DATASETS view, 1.3.8
SEM_VMODEL_INFO view, 1.3.8
semantic data
blank nodes, 1.3.4
constructors, 1.5
data types, 1.5
demo files, 1.10
examples (PL/SQL), 1.10
in the database, 1.3
metadata, 1.3.1
metadata tables and views, 1.4
methods, 1.5
modeling, 1.2
objects, 1.3.3
properties, 1.3.5
queries using the SEM_MATCH table function, 1.6
security considerations, 1.3.9
statements, 1.3.2
steps for using, 1.9
subjects, 1.3.3
semantic index
creating (MDSYS.SEM_INDEXTYPE), 2.3.3
semantic network indexes
adding, 3
altering on model, 3
altering on rules index, 3
dropping, 3
using, 1.8
semantic technologies
overview, 1
SEMI_rules-index-name view, 1.3.7
SEMM_model-name view, 1.3.1
SEMR_rulebase-name view, 1.3.6
Spatial
prerequisite software for RDF and OWL capabilities, Preface, 1
staging table
loading data from, 3
staging table for bulk loading semantic data, 1.7.1
statements
RDF_VALUE$ table, 1.3.2
statistics
gathering for RDF and OWL, 4
subjects, 1.3.3

T

triples
constructor for inserting, 1.5.1
duplication checking, 1.3.2.1
IS_TRIPLE function, 3

U

URI prefix
using when values are not stored as URIs, 2.3.5
URIPREFIX keyword, 2.3.5

V

VALIDATE_ENTAILMENT procedure, 3
VALIDATE_MODEL procedure, 3
VALUE_NAME_PREFIX function, 3, 3
virtual models, 1.3.8
SEM_MODEL$ view entries, 1.3.8
SEM_VMODEL_DATASETS view, 1.3.8
SEM_VMODEL_INFO view, 1.3.8