BS EN ISO 19119:2016 – TC:2020 Edition
$280.87
Tracked Changes. Geographic information. Services
Published By | Publication Date | Number of Pages |
BSI | 2020 | 262 |
PDF Catalog
PDF Pages | PDF Title |
---|---|
150 | European foreword Endorsement notice |
154 | Foreword |
155 | Introduction |
157 | 1 Scope 2 Conformance 2.1 Claiming conformance 2.2 General 2.3 Enterprise viewpoint 2.4 Computational viewpoint |
158 | 2.5 Information viewpoint 2.6 Service taxonomies 2.7 Engineering viewpoint 2.8 Technology viewpoint |
159 | 3 Normative references 4 Terms and definitions and abbreviations 4.1 Terms and definitions |
161 | 4.2 Abbreviations |
163 | 5 Notation 5.1 General 5.2 Conformance class 5.3 Requirements class |
164 | 5.4 Rules 5.5 Identifiers 5.6 Conceptual schemas 5.7 Descriptions of concepts 5.8 Architecture patterns |
165 | 6 Overview of geographic services architecture 6.1 Purpose and justification 6.2 Relationship to ISO 19101-1 |
166 | 6.3 Interoperability reference model based on ISO RM-ODP |
167 | 6.4 Service abstraction |
169 | 6.5 Interoperability |
170 | 6.6 Use of other geographic information standards in service specifications 7 Enterprise viewpoint: A context for services 7.1 Enterprise viewpoint |
171 | 7.2 Enterprise viewpoint service specifications |
172 | 7.3 Examples of relevant standards |
173 | 7.4 Example and tools 8 Computational viewpoint: A basis for service interfaces and chaining 8.1 Component and service interoperability and the computational viewpoint |
174 | 8.2 Services, interfaces and operations |
175 | 8.3 Computational viewpoint service specifications 8.3.1 Requirements class for computational viewpoint service specifications 8.3.2 Service interfaces with operations |
177 | 8.3.3 Service behaviour and constraints |
179 | 8.4 Service chaining 8.4.1 General |
180 | 8.4.2 Anatomy of a service chain |
181 | 8.4.3 Service chain modelling |
183 | 8.4.4 Services organizer folder 8.4.5 Services to enable service chaining |
184 | 8.4.6 Architecture patterns for service chaining |
189 | 8.4.7 Variations on chaining patterns |
190 | 8.5 Service metadata 8.6 Simple service architecture |
191 | 8.7 Examples of relevant standards 8.8 Examples and tools: Service modelling with SoaML 9 Information viewpoint: A basis for semantic interoperability 9.1 Information model interoperability and the information viewpoint |
192 | 9.2 Information viewpoint Service specifications |
195 | 10 Service taxonomies 10.1 Need for multiple service taxonomies |
196 | 10.2 Service taxonomies and requirements 10.3 Architectural reference model 10.4 Definition of the Architectural reference model 10.5 Uses of the Architectural reference model |
197 | 10.6 Overview of the Architectural reference model 10.6.1 Services and service interfaces |
198 | 10.6.2 Identifying services and service interfaces for geographic information 10.7 Types of geographic information services 10.7.1 Requirement for service taxonomy 10.7.2 Types of information technology services relevant to geographic information |
200 | 10.7.3 Extension of service types for geographic information 10.8 Geographic architecture services taxonomy 10.8.1 Geographic architecture services taxonomy requirements |
201 | 10.8.2 Geographic boundary/human interaction services |
202 | 10.8.3 Geographic model/information management services |
203 | 10.8.4 Geographic workflow/task management services 10.8.5 Geographic processing services |
206 | 10.8.6 Geographic communication services 10.8.7 Geographic system management and security services |
207 | 10.9 ISO suite of International Standards in geographic architecture services taxonomy 10.10 Geographic service chaining validity |
208 | 10.11 User-perspective Lifecycle model for Services |
209 | 10.12 User-defined service taxonomies 10.13 Services organizer folder (SOF) 10.13.1 Grouping of services 10.13.2 Image exploitation SOF |
210 | 10.13.3 Geographic data fusion SOF |
211 | 10.14 Semantic information models |
212 | 10.15 Examples of relevant standards |
213 | 10.16 Examples and tools 11 Engineering viewpoint: A basis for distribution and communication patterns 11.1 Distribution transparencies and the engineering viewpoint |
214 | 11.2 Distributing components using a multi-tier architecture model |
217 | 11.3 Distribution transparencies |
218 | 11.4 Engineering viewpoint Service specifications |
219 | 11.5 Multi-style SOA 11.6 Relevant architectural styles 11.6.1 Service-oriented architectures |
220 | 11.6.2 Representational State Transfer (REST) |
221 | 11.6.3 Web 2.0 |
222 | 12 Technology viewpoint: A basis for cross platform interoperability 12.1 Infrastructure interoperability and the technology viewpoint |
223 | 12.2 Need for multiple platform-specific specifications 12.3 Conformance between platform-neutral and platform-specific service specifications |
224 | 12.4 From platform-neutral to platform-specific specifications 12.5 Technology objects 12.6 Technology viewpoint service specifications 12.6.1 Requirements class for technology viewpoint |
225 | 12.6.2 Technology mappings |
227 | 12.7 Architectural classification according to cloud computing service categories |
228 | Annex A (normative) Conformance |
234 | Annex B (informative) Example user scenarios |
237 | Annex C (informative) Principles for mapping to distributed computing platforms |
248 | Annex D (informative) Use case-based methodology |
251 | Annex E (informative) Example — Use case template |
254 | Annex F (informative) Service modelling – SoaML |
257 | Bibliography |