A modular architecture framework for cross-organizational electronic interaction:
Gespeichert in:
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| Format: | Abschlussarbeit Buch |
| Sprache: | English |
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2009
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| Online-Zugang: | Inhaltsverzeichnis |
| Beschreibung: | 286, 6 S. Ill., graph. Darst. |
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| 245 | 1 | 0 | |a A modular architecture framework for cross-organizational electronic interaction |c submitted by Christoph Schroth |
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| adam_text | Titel: A modular architecture framework for cross-organizational electronic interaction
Autor: Schroth, Christoph
Jahr: 2009
Table of Contents
1. Introduction.....................................................................................................................................12
1.1. The Need for a Modular Architecture Framework.....................................................................12
1.2. Research Questions and Chapter Overview................................................................................20
1.3. Context and Impact of the Dissertation........................................................................................22
2. Definition of Terms and Research Approach............................................................................26
2.1. Definitions.........................................................................................................................................26
2.2. Research Approach..........................................................................................................................33
3. Characteristics of Cross-Company Business Relationships and Means for Their Organisation
and Implementation.................................................................................................................................44
3.1. Cross-Company Business Relationships.......................................................................................44
3.2. Organisation and Implementation of Cross-Company Electronic Interaction........................50
3.2.1. Organisational Approaches........................................................................................................53
3.2.2. Approaches for a Common Language......................................................................................59
3.2.3. Technical Solutions......................................................................................................................61
3.2.4. Service-Oriented Development Methodologies......................................................................69
3.2.5. Architecture Frameworks and Reference Models...................................................................71
3.3. Summary and Condusions.............................................................................................................78
4. The Prindple of Modularity.........................................................................................................82
4.1. A Taxonomy of Modular Systems.................................................................................................85
4.2. Modularity in Computer Design...................................................................................................92
4.3. Modularity in Software Programming........................................................................................102
5. A Modular Architecture Framework for Cross-Organisational Electronic Interaction ....110
5.1. Architectural Foundations............................................................................................................110
5.1.1. IEEE Recommended Pracüce for Architectural Description...............................................110
5.1.2. The St. Gallen Media Reference Model (MRM).....................................................................113
5.2. Modular Architecture Framework...............................................................................................118
5.2.1. Fundamentals of the Architecture Framework.....................................................................118
5.2.1.1. Interaction Modules..................................................................................................................118
5.2.1.2. Design Rules and Design Hierarchies.....................................................................................118
5.2.1.3. Interfaces and Adapter Modules.............................................................................................122
5.2.2. Organisational Viewpoint........................................................................................................126
5.2.2.1. Decomposition, Information Objects, as well as Contract and Task Structure.................126
5.2.2.2. Identification and Spedfication of Modular Interaction Patterns.......................................143
5.2.2.3. Derivation and Decoupling of Interaction Modules in an Iterative Fashion.....................149
5.2.3. Technical Viewpoint..................................................................................................................161
5.2.3.1. Designing Medium Services.....................................................................................................163
5.2.3.2. Designing Agent Services.........................................................................................................179
6. Architecture Framework Evaluation..........................................................................................183
6.1. HERA: Processing Tax Declarations in Switzerland.......,.........................................................185
6.1.1. The Current Situation.................................................................................................................185
6.1.2. Reorganisation According to the Architecture Framework.................................................188
6.1.2.1. Organisational View..................................................................................................................188
6.1.2.2. Technical View...........................................................................................................................201
6.2. Resident Data Management in Switzerland...........................................................„.,.„.....,.......210
6.2.1. The Current Situation...............................................................,...............................,................210
6.2.2. Reorganisation According to the Architecture Framework.................................................216
6.2.2.1. Organisational View..................................................................................................................217
6.2.2.2. Technical View...........................................................................................................................229
6.3. Backend IT Service Infrastructure for Car-to-X Communications..........................................236
6.3.1. Potential and Challenges of Car-to-X Communications......................................................236
6.3.2. A Modular C2I Communications Infrastructure...................................................................244
6.3.2.1. Organisational View..................................................................................................................245
6.3.2.2. Technical View...........................................................................................................................257
6.4. Iterative Enhancement of the Architecture Framework through Case Studies.....................261
7. Conclusions.....................................................................................................................................263
7.1. The Modular Architecture Framework and its Impact.............................................................263
7.2. Future Research Directions...........................................................................................................268
8. References.......................................................................................................................................270
Appendix
I Glossary of Acronyms.....................................................................................................................1-1
II Products and Services for Cross-Organisational Electronic Interaction.................................II-3
III Sequence Charts: Technical Viewpoint of the Architecture Framework..............................III-6
Figures
Figure 1-1: Structure of this dissertation........................................................................................................21
Figure 2-1: Definition of architectural terms..................................................................................................30
Figure 2-2: Information systems research framework..................................................................................35
Figure 2-3: Foundations of the architecture framework...............................................................................39
Figure 2-4: Design as a search process............................................................................................................42
Figure 3-1: Organisational evolution of businesses......................................................................................45
Figure 3-2: Basic service-oriented architecture (SOA)..................................................................................51
Figure 3-3: State-of-the-art analysis.................................................................................................................53
Figure 3-4: Mapping between proprietary data standards..........................................................................61
Figure 3-5: Event-Driven Architecture (EDA)...............................................................................................64
Figure 3-6: Single- purpose, hard-wired, and mutually unconnected business communities...............79
Figure 4-1: The Parthenon in Athens and a selection of its modular building blocks.............................83
Figure 4-2: The modular setup of Doric columns and temple entablature................................................84
Figure 4-3: A general taxonomy of modular systems...................................................................................88
Figure 4-4: A design hierarchy diagram.........................................................................................................90
Figure 4-5: The design hierarchy of the Institute for Advanced Studies (IAS) machine.........................92
Figure 4-6: The task structure matrix: modularising a computer design...................................................96
Figure 4-7: The system/360 design hierarchy.................................................................................................97
Figure 4-8: PC sales (1980-1984).......................................................................................................................99
Figure 4-9: PC sales (1990-1994).....................................................................................................................101
Figure 5-1: The IEEE 1471 Recommended Practice for Architectural Description.................................Ill
Figure 5-2: The notion of media and agents.....................................................................,...........................113
Figure 5-3: Adapted St. Gallen Media Reference Model............................................................................114
Figure 5-4: The relationship between GDR and CSDR...............................................................................119
Figure 5-5: An interaction module design hierarchy..................................................................................121
Figure 5-6: The four levels of adaptation, according to the St. Gallen Media Reference Model...........124
Figure 5-7: The architecture framework s organisational viewpoint.......................................................127
Figure 5-8: The relationship between agent and role.................................................................................128
Figure 5-9: A task structure matrix: atomic tasks with precedence relationships..................................131
Figure 5-10: Central entities required for the modelling of information objects....................................133
Figure 5-11: A modular design of information objects, based on the UN/CEFACT CCTS standard ..134
Figure 5-12: Contextualising generic core components..............................................................................136
Figure 5-13: The GENESIS data modelling prototype: from unstructured models to modular
representations.................................................................................................................................................138
Figure 5-14: An ABIE modelling construct in the ADONIS®-based prototype..................................139
Figure 5-15: An example of the consolidation of SBDs into a single GBD...............................................140
Figure 5-16: The major steps for establishing a modular library of information objects.......................141
Figure 5-17: An example of a complex, modularly organised GBD: VAT Statement ........................142
Figure 5-18: Modelling interaction patterns (IAPs)....................................................................................143
Figure 5-19: Identification of one-way and two-way interaction patterns from a task structure matrix
.............................................................................................................................................................................144
Figure 5-20: A modelling notation, adapted from the UMM Business Interaction View......................146
Figure 5-21: A nested hierarchy of interaction modules............................................................................150
Figure 5-22: A design hierarchy diagram, complementing Figure 5-21...................................................151
Figure 5-23; Context-specific design rules governed by IAM0.................................................................153
Figure 5-24: Interaction modules, mutual interdependences and design rules.....................................156
Figure 5-25: The relationships between agent, role, and interaction module.........................................158
Figure 5-26: Multi-agent system for capturing the results of the organisational modelling.................159
Figure 5-27: Transfer from organisational to technical interaction modules...........................................161
Figure 5-28: An overview of the service design methodology..................................................................162
Figure 5-29: The Event-Bus Schweiz.............................................................................................................163
Figure 5-30: Modelling medium services.....................................................................................................I65
Figure 5-31: A graphical representation of the bus-medium underlying the interaction modules.....166
Figure 5-32: The hierarchy of bus media according to the exemplary scenario presented above........171
Figure 5-33: The relationship between generic and specific XML schema documents..........................176
Figure 5-34: Context categories and code lists.............................................................................................177
Figure 5-35: The structure of a modular library of XML schema (Exemplary documents from the
GENESIS project)............................................................................................................................................179
Figure 5-36: An XML code listing of an Annual VAT Statement main document.................................181
Figure 6-1: The cross-organisational tax declaration procedure in Switzerland....................................186
Figure 6-2: Capturing the basic contract and task structure of tax declaration processing in
Switzerland and identification of IAPs.........................................................................................................194
Figure 6-3: Identification of IAMs and establishment of design rules.....................................................195
Figure 6-4: Exclusion of superfluous tasks and task interdependencies..................................................196
Figure 6-5: Hiding IAM-internal task interdependencies..........................................................................197
Figure 6-6: The HERA design hierarchy diagram.......................................................................................198
Figure 6-7: The organisational view: the HERA multi-agent system.......................................................199
Figure 6-8: The HERA system landscape.....................................................................................................202
Figure 6-9: The HERA adapter architecture..................................................................................................205
Figure 6-10: Organisational mapping...........................................................................................................207
Figure 6-11: The HERA Web client: a constraint-based task structure from an accountant s perspective
............................................................................................................................................................................208
Figure 6-12: Selection of relevant offices and used software applications on different political levels
............................................................................................................................................................................210
Figure 6-13: The eCH standard for the information object person (eCH-0011)..................................213
Figure 6-14: The SEDEX system architecture...............................................................................................215
Figure 6-15: The resident management design hierarchy diagram..........................................................222
Figure 6-16: Capturing the contract and task structure of the resident data management scenario and
identification of IAPs....................................................................,..............,..................................................223
Figure 6-17: Identification of IAMs and the establishment of design rules.............................................224
Figure 6-18: Exclusion of superfluous tasks and task interdependencies................................................225
Figure 6-19: Hiding IAM-internal task interdependencies............,...........................................................226
Figure 6-20: The organisational view: a resident data management multi-agent system.....................229
Figure 6-21: The technical view: a modular system of bus media............................................................230
Figure 6-22: The modular structure of messages......................................................................................,.232
Figure 6-23: Task and information object polymorphism..........................................................................233
Figure 6-24: A selection of telematic services..............................................................................................236
Figure 6-25: Use cases: C2C and C2I communications.................................,....................,.........,.,„..........239
Figure 6-26: Capturing the contract and the task structure of the C2X interaction scenario and
identification of IAPs............................................................»..............„,..,.....................................................248
Figure 6-27: A modular C2X interaction scenario....,..................„..............................................................249
Figure 6-28; A C2X interaction scenario: hiding IAM-internal task interdependencies,..,..,.................250
Figure 6-29: The C2X design hierarchy diagram............................................................,..„,„„......,.............254
Figure 6-30: The C2X multi-agent system....................................................................................................256
Figure 6-31: The modular system of buses in the C2X interaction scenario............................................259
Figure 6-32: Bridging the gap between the C2X module and vehicle modules......................................260
Figure 6-33: A communication protocol stack for ITS stations (roadside and mobile)..........................261
Figure IV-1: Chart showing the basic sequence of Coordination Semantic Service calls................III-6
Figure IV-2: Sequence chart showing cross-medium interaction...........................................................III-6
Tables
Table 2-1: Guidelines for Design Science in IS Research..............................................................................36
Table 3-1: Differentiating cross-organisational business relationships......................................................48
Table 3-2: An overview of existing practical approaches and standards for organising cross-company
electronic interaction.........................................................................................................................................5
Table 3-3: An overview of existing organisational approaches in literature.............................................56
Table 3-4: Selection of standards for cross-organisational electronic interaction.....................................60
Table 3-5- An overview of existing platforms for cross-organisational interaction in the private sector
J.............................................................................................................................................................66
Table 3-6: Selection of major existing platforms for cross-organisational interaction in the public
sector...................................................................................................................................................................67
Table 3-7: An overview of SOA development methodologies....................................................................70
Table 3-8: An overview of existing architecture frameworks and reference architecture models.........74
Table 3-9: Requirements for the novel architecture framework..................................................................81
Table 4-1: The key concepts of Systems Theory............................................................................................86
Table 4-2: The modular operators...................................................................................................................91
Table 4-3: The key concepts of object-oriented software development....................................................105
Table 4-4: Exemplary methods for analysis, design, and implementation suggested by structured and
OO paradigms..................................................................................................................................................106
Table 5-1: Different sorts of transformations in the software programming context.............................123
Table 5-2: Exemplary table structure for documenting the atomic tasks constituting an interaction
scenario.............................................................................................................................................................128
Table 5-3: Exemplary table structure for organising the relationships between tasks, roles, and agents
............................................................................................................................................................................129
Table 5-4: A worksheet for the specification of one-way interaction patterns........................................148
Table 5-5: A worksheet foi the specification of two-way interaction patterns........................................148
Table 5-6: A worksheet for the specification of CSDR based on a one-way interaction pattern..........155
Table 5-7: A worksheet for the specification of CSDR based on a two-way interaction pattern..........155
Table 5-8: Event-Bus Switzerland (EBS) services........................................................................................167
Table 5-9: The Contract Structure Service implemented within IAMO.................................................-169
Table 5-10: The Contract Structure Service implemented within IAM1..................................................169
Table 5-11: The structuring framework for Task Structure Services........................................................172
Table 5-12: An Object Catalogue...................................................................................................................174
Table 5-13: The major parameters required for the modelling of agent interfaces.................................180
Table 6-1: The reorganisation goals of the HERA project..........................................................................189
Table 6-2: Context-specific, prescriptive design rules in the HERA interaction scenario.....................192
Table 6-3: The value-added services deployed-within IAMO....................................................................203
Table 6-4: A task structure service for the HERA IAM1 instance (first part)..........................................204
Table 6-5: Interfaces for porting proprietary business applications to the HERA platform.................206
Table 6-6: Goals of the reorganisation study............,..................................................................................216
Table 6-7: Context-specific, prescriptive design rules in the resident data management interaction
scenario............................................................................,..........................................................._....................218
Table 6-8: Tasks, information objects, and roles after reorganizing the scenario...............,...................228
Table 6-9: The major design goals of the C2I communications infrastructure,,.........................,............245
Table 6-10: Roles in the C2X interaction scenario..,...,.................„.,..................,...........,.,„,.,.„...................247
Table 6-11: C2X module interface specification towards the OEM module.........«„.„...............,,...,,.,....,258
Table 7-1: Advantages of the modular architecture framework...............................................................266
Table 7-2: Risks inherent in the modular architecture framework...........................................................267
Table 7-3: Strategic options for software vendors.......................................................................................268
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| spelling | Schroth, Christian Verfasser aut A modular architecture framework for cross-organizational electronic interaction submitted by Christoph Schroth 2009 286, 6 S. Ill., graph. Darst. txt rdacontent n rdamedia nc rdacarrier St. Gallen, Univ., Diss., 2009 Diss.-Nr. 3654 Betriebliches Informationssystem stw Kommunikation stw Modularisierung stw Netzarchitektur stw Netzwerkmanagement stw Schweiz stw Unternehmenskooperation stw Serviceorientierte Architektur (DE-588)4841015-9 gnd rswk-swf Interorganisationssystem (DE-588)4406426-3 gnd rswk-swf Modularprinzip (DE-588)4418693-9 gnd rswk-swf (DE-588)4113937-9 Hochschulschrift gnd-content Interorganisationssystem (DE-588)4406426-3 s Serviceorientierte Architektur (DE-588)4841015-9 s Modularprinzip (DE-588)4418693-9 s DE-604 HBZ Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=018683299&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Schroth, Christian A modular architecture framework for cross-organizational electronic interaction Betriebliches Informationssystem stw Kommunikation stw Modularisierung stw Netzarchitektur stw Netzwerkmanagement stw Schweiz stw Unternehmenskooperation stw Serviceorientierte Architektur (DE-588)4841015-9 gnd Interorganisationssystem (DE-588)4406426-3 gnd Modularprinzip (DE-588)4418693-9 gnd |
| subject_GND | (DE-588)4841015-9 (DE-588)4406426-3 (DE-588)4418693-9 (DE-588)4113937-9 |
| title | A modular architecture framework for cross-organizational electronic interaction |
| title_auth | A modular architecture framework for cross-organizational electronic interaction |
| title_exact_search | A modular architecture framework for cross-organizational electronic interaction |
| title_full | A modular architecture framework for cross-organizational electronic interaction submitted by Christoph Schroth |
| title_fullStr | A modular architecture framework for cross-organizational electronic interaction submitted by Christoph Schroth |
| title_full_unstemmed | A modular architecture framework for cross-organizational electronic interaction submitted by Christoph Schroth |
| title_short | A modular architecture framework for cross-organizational electronic interaction |
| title_sort | a modular architecture framework for cross organizational electronic interaction |
| topic | Betriebliches Informationssystem stw Kommunikation stw Modularisierung stw Netzarchitektur stw Netzwerkmanagement stw Schweiz stw Unternehmenskooperation stw Serviceorientierte Architektur (DE-588)4841015-9 gnd Interorganisationssystem (DE-588)4406426-3 gnd Modularprinzip (DE-588)4418693-9 gnd |
| topic_facet | Betriebliches Informationssystem Kommunikation Modularisierung Netzarchitektur Netzwerkmanagement Schweiz Unternehmenskooperation Serviceorientierte Architektur Interorganisationssystem Modularprinzip Hochschulschrift |
| url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=018683299&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
| work_keys_str_mv | AT schrothchristian amodulararchitectureframeworkforcrossorganizationalelectronicinteraction |