BS ISO 25964-2:2013
$215.11
Information and documentation. Thesauri and interoperability with othervocabularies – Interoperability with other vocabularies
Published By | Publication Date | Number of Pages |
BSI | 2013 | 110 |
This part of ISO 25964 is applicable to thesauri and other types of vocabulary that are commonly used for information retrieval. It describes, compares and contrasts the elements and features of these vocabularies that are implicated when interoperability is needed. It gives recommendations for the establishment and maintenance of mappings between multiple thesauri, or between thesauri and other types of vocabularies.
PDF Catalog
PDF Pages | PDF Title |
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9 | 1 Scope 2 Normative references 3 Terms and definitions |
23 | 4 Symbols, abbreviations and other conventions |
24 | 5 Objectives and identification 5.1 Objectives of interoperability and mapping 5.2 Identifying the elements to be mapped 6 Structural models for mapping across vocabularies 6.1 General |
25 | 6.2 Model 1: Structural unity 6.3 Model 2: Direct-linked 6.4 Model 3: Hub structure |
27 | 6.5 Selective mapping |
28 | 6.6 Choosing among the options 7 Types of mapping 7.1 General |
29 | 8 Equivalence mappings 8.1 General 8.2 Simple equivalence |
30 | 8.3 Compound equivalence 8.3.1 General 8.3.2 Intersecting compound equivalence (EQ + ) |
31 | 8.3.3 Cumulative compound equivalence (EQ | ) |
32 | 8.3.4 Compound equivalence involving a combination of target vocabularies |
33 | 9 Hierarchical mappings 10 Associative mappings |
34 | 11 Exact, inexact and partial equivalence 11.1 General 11.2 Exact equivalence |
35 | 11.3 Inexact equivalence 11.4 Partial equivalence |
36 | 12 Use of mappings in information retrieval 12.1 General 12.2 Human mediation |
37 | 12.3 Examples of mapping implementation |
38 | 12.4 Conclusions and recommendations |
39 | 13 Handling pre-coordination 13.1 General |
40 | 13.2 Mapping between a thesaurus and a scheme with context-dependent captions 13.2.1 General |
41 | 13.2.2 Mappings for conversion of indexing/cataloguing entries when the thesaurus is the target vocabulary |
43 | 13.2.3 Mappings for conversion of search expressions when the thesaurus is the target vocabulary 13.2.4 Mappings for conversion of indexing/cataloguing entries when the thesaurus is the source vocabulary 13.2.5 Mappings for conversion of search expressions when the thesaurus is the source vocabulary |
45 | 13.3 Mapping more complex classes |
46 | 14 Techniques for identifying candidate mappings 14.1 General procedure |
48 | 14.2 Computer assisted direct matching 14.3 Co-occurrence mapping 14.4 Other methods |
49 | 15 Managing the data 15.1 Types of data to be recorded 15.1.1 Overview 15.1.2 For mappings between individual concepts |
50 | 15.1.3 For a set of mappings between groups of concepts 15.1.4 For mapping clusters |
51 | 15.2 Storing the data 15.2.1 Organizational aspects 15.2.2 Technical aspects 15.3 Maintaining the mappings data 15.3.1 General |
52 | 15.3.2 Changes in the source or target vocabularies |
53 | 15.3.3 Other mapping changes 15.3.4 The impact of mapping changes 16 Display of mapped vocabularies 16.1 General |
54 | 16.2 Single record display |
56 | 16.3 Complete displays based on one of the vocabularies 16.3.1 Alphabetical displays |
57 | 16.3.2 Systematic displays 16.4 Crosswalks |
58 | 17 Classification schemes 17.1 Key characteristics and background 17.1.1 General description |
59 | 17.1.2 Scope and role in information retrieval 17.1.3 Origin and development 17.1.4 Vocabulary control 17.1.5 Types of classification schemes 17.1.5.1 General 17.1.5.2 Enumerative versus synthetic schemes |
60 | 17.1.5.3 Faceted classification schemes |
61 | 17.2 Semantic components and relationships compared with thesaurus components 17.2.1 Notation 17.2.1.1 Purposes 17.2.1.2 General description 17.2.1.3 Implications for mapping classes to or from thesaurus concepts |
62 | 17.2.2 Captions 17.2.3 Hierarchies in classification schemes 17.2.4 Alphabetical indexes to classification schemes |
63 | 17.3 Recommendations for mapping between a thesaurus and a classification scheme |
64 | 18 Classification schemes used for records management 18.1 Key characteristics and background 18.1.1 General description 18.1.2 Scope and role in information retrieval |
65 | 18.1.3 Origin and development 18.1.4 Vocabulary control 18.2 Semantic components and relationships compared with thesaurus components 18.2.1 Class names 18.2.2 Identifiers |
66 | 18.2.3 Other components of the scheme 18.2.4 Hierarchical structure 18.3 Recommendations for interoperability with a thesaurus |
67 | 19 Taxonomies 19.1 Key characteristics and background 19.1.1 General description |
68 | 19.1.2 Scope and role in information retrieval 19.1.3 Origin and development 19.1.4 Vocabulary control 19.2 Types of taxonomies 19.2.1 General 19.2.2 Monohierarchical versus polyhierarchical structures |
69 | 19.2.3 Non-symmetrical structures in multilingual and multicultural taxonomies 19.3 Semantic components and relationships 19.3.1 Categories |
70 | 19.3.2 Synonym variations 19.3.3 Hierarchical relationships 19.3.4 Associative relationships 19.3.5 Definitions and scope notes 19.3.6 Rules for automatic categorization |
71 | 19.4 Mapping between a thesaurus and a taxonomy 19.4.1 General 19.4.2 Practical examples |
75 | 20 Subject heading schemes 20.1 Key characteristics and background 20.1.1 General description 20.1.2 Scope and role in information retrieval 20.1.3 Origin and development 20.1.4 Vocabulary control 20.1.5 Types of subject heading schemes |
76 | 20.2 Semantic components and relationships 20.2.1 Overview 20.2.2 Headings 20.2.3 Subdivisions |
77 | 20.2.4 Relationships 20.3 Mapping subject headings to and from thesaurus concepts 20.3.1 Mapping from a subject heading scheme to a thesaurus |
79 | 20.3.2 Mapping from a thesaurus to a subject heading scheme |
80 | 21 Ontologies 21.1 Key characteristics and background 21.1.1 General description 21.1.2 Scope and role in information retrieval 21.1.3 Origin and development |
81 | 21.1.4 Vocabulary control 21.1.5 Types of ontologies 21.1.6 Logics and languages for expressing ontologies 21.2 Semantic components and relationships 21.2.1 Overview 21.2.2 Classes |
82 | 21.2.3 Properties 21.2.4 Axioms 21.2.5 Class hierarchies 21.2.6 Individuals 21.2.7 Assertions 21.2.8 Labels and identifiers 21.2.9 Illustration of a simple ontology |
84 | 21.3 Structural comparison between thesauri and ontologies |
85 | 21.4 Interoperability with thesauri 21.4.1 Use cases 21.4.2 Reengineering a thesaurus as an ontology |
86 | 21.4.3 Complementary use of a thesaurus and an ontology 21.4.4 Hybrid approaches 22 Terminologies 22.1 Key characteristics and background 22.1.1 General description |
87 | 22.1.2 Scope and role in information retrieval 22.1.3 Origin and development 22.1.4 Vocabulary control 22.1.5 Types of terminologies 22.2 Semantic components and relationships compared with those of a thesaurus 22.2.1 Overview 22.2.2 Concepts |
88 | 22.2.3 Definitions 22.2.4 Designations 22.2.5 Relations |
89 | 22.3 Interoperability with thesauri 22.3.1 General 22.3.2 Mapping to a thesaurus 22.3.3 Extending a thesaurus in a domain covered by a terminology 22.3.4 Complementing a thesaurus in retrieval applications 23 Name authority lists 23.1 Key characteristics and background 23.1.1 General description |
90 | 23.1.2 Scope and role in information retrieval |
91 | 23.1.3 Origin and development 23.1.4 Types of name authority list 23.1.5 Vocabulary control 23.2 Semantic components and relationships 23.2.1 Overview 23.2.2 Names |
92 | 23.2.3 Additional information about the entity 23.2.4 Relationships |
93 | 23.3 Mapping between a thesaurus and a name authority list 23.3.1 General 23.3.2 Practical examples of mapping |
95 | 24 Synonym rings 24.1 Key characteristics and background 24.1.1 General description |
96 | 24.1.2 Scope and role in information retrieval 24.1.3 Origin and development 24.1.4 Vocabulary control 24.2 Semantic components and relationships |
97 | 24.3 Interoperability with thesauri 24.3.1 Mapping to and from a thesaurus 24.3.2 Augmenting a thesaurus with terms drawn from synonym rings 24.3.3 Complementing a thesaurus in retrieval applications |