Object process methodology: a holistic systems paradigm
Gespeichert in:
| 1. Verfasser: | |
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| Format: | Buch |
| Sprache: | English |
| Veröffentlicht: |
Berlin ; Heidelberg ; New York ; Barcelona ; Hong Kong ; London
Springer
2002
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| Online-Zugang: | Inhaltsverzeichnis |
| Beschreibung: | Systemanforderungen: PC mit Intel CPU Pentium 166 MHz, CD-ROM-Laufwerk, Windows 98 oder höher, 64 MB Hauptspeicher, 120 MB freier Speicher |
| Beschreibung: | XXV, 453 S. Ill. 1 CD-ROM (12 cm) |
| ISBN: | 3540654712 |
Internformat
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Datensatz im Suchindex
| _version_ | 1804128925568204800 |
|---|---|
| adam_text | Contents Overview
Parti Foundations of Object Process Methodology 1
Chapter 1 A Taste of OPM 3
Chapter 2 Object Process Diagrams 13
Chapter 3 Object Process Language 33
Chapter 4 Objects and Processes 55
Part II Concepts of OPM Systems Modeling 81
Chapter 5 Dynamics 83
Chapter 6 Structure 105
Chapter 7 Aggregation and Exhibition 133
Chapter 8 Generalization and Instantiation 171
Chapter 9 Managing Systems Complexity 207
Part III Building Systems with OPM 247
Chapter 10 Systems and Modeling 249
Chapter 11 System Lifecycle and Evolution 289
Chapter 12 States and Values 311
Chapter 13 Advanced OPM Concepts 339
Chapter 14 Systems Theory 379
Chapter 15 Object Oriented Modeling 401
Table of Contents
Part I Foundations of Object Process Methodology 1
Chapter 1 A Taste of OPM 3
1.1 The Wedding Example: A Sneak Preview of OPM 5
1.2 OPM Building Blocks: Objects, Processes, and States 5
1.3 Specialization and Inheritance 7
1.4 Aggregation and the Result Link 8
Summary 10
Problems 11
Chapter 2 Object Process Diagrams 13
2.1 Objects and Aggregation 13
2.2 Structural Relations and Structural Links 15
2.3 Processes and Procedural Links 16
2.4 System Diagram: The Top Level OPD 18
2.5 Zooming into the Transaction Executing Process 20
2.6 The OPD Set 21
2.7 How to Read an OPD 22
2.7.1 Flow of Control 22
2.7.2 The Timeline in OPDs 23
2.7.3 Object States and Conditions 23
2.8 Completing the In Zoomed Transaction Executing OPD 24
2.8.1 Logical XOR, AND, and OR Operators 25
2.8.2 The System Map 26
2.8.3 The Ultimate OPD 27
2.8.4 Zooming Out of Transaction Executing 28
Summary 29
Problems 30
XVI Table of Contents Chapter 3 Object Process Language 33
3.1 Motivation for a Language 33
3.1.1 Real Time Textual Feedback 34
3.1.2 Closing the Requirements Implementation Gap 35
3.2 Structural Links and Structure Sentences 35
3.2.1 The First OPL Sentence 36
3.2.2 The First OPL Aggregation Sentence 37
3.3 The OPL Paragraph and the Graphics Text Principle 38
3.3.1 Extending the OPL Paragraph 40
3.3.2 Enabling Sentences 40
3.3.3 Transformation Sentences 41
3.3.4 The SD Paragraph 43
3.4 More OPL Sentence Types 43
3.4.1 State Enumeration and Condition Sentences 44
3.4.2 AND, XOR, and OR Logical Operators 46
3.4.3 The SD1 Paragraph 47
3.4.4 In Zooming and Out Zooming Sentences 48
3.5 Boolean Objects and Determination Sentence 49
3.5.1 Boolean Condition Sentences 50
3.5.2 Compound Condition Sentences 50
3.5.3 State Specified Generation Sentence 50
3.5.4 Converting a Dual State Object into a Boolean Object 50
3.6 OPD OPL Item Pairs and Synergy 52
Summary 52
Problems 53
Chapter 4 Objects and Processes 55
4.1 Existence, Things, and Transformations 55
4.1.1 Objects 56
4.1.2 Transformation and Processes 57
4.2 Processes and Time 59
4.2.1 Cause and Effect 59
4.2.2 Syntactic vs. Semantic Sentence Analysis 60
4.2.3 The Process Test 61
4.3 Things 62
4.3.1 Things and Entities 63
4.3.2 The Perseverance of Things 64
4.3.3 The Essence of Things 66
4.3.4 Symbolizing Physical Things 68
4.3.5 The Origin of Things 70
4.3.6 The Complexity of Things 70
Table of Contents XVII
4.3.7 Thing Types 70
4.3.8 The Relativity of Object and Process Importance 71
4.3.9 Object and Process Naming 71
4.4 Informatical Objects 72
4.4.1 Telling Informatical and Physical Objects Apart 72
4.4.2 Systems and Information Systems 73
4.4.3 Translation of Informatical Objects 74
4.4.4 Toward Pure Informatical Objects 74
4.5 Object Identity 75
4.5.1 Change of State or Change of Identity? 76
4.5.2 Classes and Instances of Objects and Processes 77
Summary 78
Problems 78
Part II Concepts of 0PM Systems Modeling 81
Chapter 5 Dynamics 83
5.1 States 83
5.1.1 Object States and Status 83
5.1.2 Change and Effect 84
5.1.3 Explicit and Implicit Status Representations 85
5.1.4 The Input, Output, and Effect Links 87
5.1.5 State Suppression and the Effect Link 88
5.1.6 State Expression 89
5.2 Existence and Transformation 90
5.2.1 Result and Consumption Links 92
5.2.2 Procedural Links, Enablers, and Transformees 93
5.2.3 Enablers 93
5.2.4 Agents 94
5.2.5 Instruments 94
5.2.6 Enabling Links 95
5.2.7 Transformees 96
5.2.8 Odd Man Out: The Invocation Link 97
5.3 Object Roles with Respect to a Process 98
5.3.1 Enablers and Affectees 99
5.3.2 The Involved, Preprocess, and Postprocess Object Sets 99
5.3.3 Condition and Agent Condition Links 100
5.3.4 Operator, Operand, and Transform? 101
Summary 102
Problems 102
XVIII Table of Contents
Chapter 6 Structure 105
6.1 Structural Relations 105
6.1.1 Structural Links 106
6.1.2 Structural Relation Directions 108
6.1.3 Unidirectional Structural Link 109
6.1.4 OPD Sentences 109
6.1.5 The Reciprocity of a Structural Relation 110
6.1.6 Null Tags and Their Default OPL Reserved Phrases Ill
6.1.7 Structural Relations as Static Verbs 112
6.2 Participation Constraints and Cardinality 113
6.2.1 Participation Constraints 113
6.2.2 Parameterized Participation Constraints 114
6.2.3 Range Participation Constraints 115
6.2.4 Shorthand Notations and Reserved Phrases 116
6.2.5 Cardinality 117
6.2.6 Participation Constraints in Procedural Relations 119
6.3 The Distributive Law and Forks 120
6.3.1 Forks 121
6.3.2 Fork Degree 123
6.3.3 Fork Comprehensiveness 124
6.4 The Transitivity of Structural Relations 125
6.5 The Four Fundamental Structural Relations 126
Summary 129
Problems 130
Chapter 7 Aggregation and Exhibition 133
7.1 Aggregation Participation: Underlying Concepts 133
7.1.1 Aggregation Participation as a Tagged Structural Relation 135
7.1.2 The Aggregation Participation Symbol 136
7.1.3 Sets and Order 137
7.1.4 Aggregate Naming 138
7.1.5 Aggregating Processes 139
7.2 Aggregation Hierarchy and Comprehensiveness 141
7.2.1 Aggregation Hierarchy 141
7.2.2 Aggregation Comprehensiveness 142
7.2.3 Parameterized Participation Constraints 142
7.2.4 Participation Level and Aggregational Complexity 143
7.3 Exhibition Characterization: Underlying Concepts 144
7.3.1 The Name Exhibition Characterization 145
7.3.2 The Exhibition Characterization Symbol 145
7.3.3 Attribute and Operation Are Features 146
7.3.4 Exhibition Complexity 147
Table of Contents XIX
7.4 Features in OO vs. OPM 148
7.5 The Four Thing Feature Combinations 151
7.5.1 The Object Attribute Combination 152
7.5.2 The Object Operation Combination 152
7.5.3 The Process Attribute Combination 154
7.5.4 Process Operation Combination 155
7.6 The Feature Hierarchy 156
7.7 Feature Related Natural Language Issues 157
7.7.1 Attribute Naming Dilemmas 157
7.7.2 Reserved Objects and the Measurement Unit Reserved Object 159
7.7.3 Continuous Values and Multi Valued Attributes 160
7.7.4 Mathematical Inequalities in OPM 162
7.8 Reflective Metamodeling of an Attribute 162
7.8.1 The Size of an Attribute 162
7.8.2 The Mode of an Attribute 163
7.8.3 The Touch of an Attribute 164
7.8.4 The Source of a Feature 165
7.8.5 The Operation a Feature Carries 166
Summary 166
Problems 167
Chapter 8 Generalization and Instantiation 171
8.1 Generalization Specialization: Introduction 171
8.1.1 Specialization Symbol and Sentence 172
8.1.2 Process Specialization 173
8.2 Inheritance 175
8.2.1 Feature Inheritance 175
8.2.2 Structural Relations Inheritance 177
8.2.3 Procedural Link Inheritance 178
8.2.4 State Inheritance 180
8.2.5 State Specialization 181
8.2.6 Process Specialization 183
8.2.7 Generalization Complexity 187
8.3 Qualification 187
8.3.1 Qualification Inheritance 188
8.3.2 Multiple Qualification Inheritance 189
8.4 Classification Instantiation 191
8.4.1 Classes and Instances 193
8.4.2 The Relation Between Instantiation and Specialization 194
8.4.3 The Relativity of Instance 194
8.4.4 Instance Qualification 196
8.4.5 Process Instances 197
8.4.6 Classification Complexity 198
XX Table of Contents
8.5 Modifiers and Instances 198
8.5.1 Natural Language Modifiers and Shortcuts 198
8.5.2 Adjectives and Attributes 199
8.5.3 Adverbs and Operations 201
8.6 Specializations of the Involved Object Set Members 202
8.7 Non Comprehensiveness 203
8.7.1 Non Comprehensiveness of Fundamental Structural Relations 203
8.7.2 Non Comprehensiveness of States and Values 204
Summary 205
Problems 205
Chapter 9 Managing Systems Complexity 207
9.1 The Need for Complexity Management 207
9.1.1 Middle Out as the De Facto Architecting Practice 208
9.1.2 Determining the Extent of Refinement 210
9.1.3 Towards Quantifying Complexity 211
9.2 Divide and Conquer: By Aspects or by Details? 212
9.2.1 Why is Detail Decomposition Good? 215
9.2.2 When Should a New OPD Be Created? 217
9.3 The Attributes of Scaling 217
9.3.1 The Purpose of Scaling 217
9.3.2 The Mode of Scaling 218
9.3.3 Controlling Visibility by In and Out Zooming 221
9.3.4 The Distributivity of Procedural Links 223
9.3.5 Unfolding and Folding 224
9.3.6 State Expressing and Suppressing 227
9.3.7 Primary and Secondary Operands 230
9.4 Abstracting 230
9.4.1 Consolidating 230
9.4.2 Zoom consolidating 231
9.4.3 Paths and Path Labels 231
9.4.4 Zoom Consolidating Pitfalls 233
9.4.5 Zoom Consolidating Conditions 234
9.4.6 Fold Consolidating 235
9.5 What Happens to Procedural Links During Abstracting? 235
9.5.1 Procedural Link Precedence 236
9.5.2 Semi Folding and Semi Unfolding 238
9.5.3 Selective Semi Folding and Semi Unfolding 240
9.6 Looking at the Big Picture: The System Map
and the OPM Construct Pairs 241
Summary 244
Problems 245
Table of Contents XXI
Part III Building Systems with OPM 247
Chapter 10 Systems and Modeling 249
10.1 Defining Systems 249
10.1.1 Some Existing Definitions 249
10.1.2 Function 251
10.1.3 The Various Functions of Stone 251
10.2 System Defined 252
10.2.1 System as a Relative Term 254
10.2.2 System as a Subjective Term 254
10.2.3 The Function of Natural and Artificial Systems 255
10.3 Goal, Concept, and Function 255
10.3.1 The Intent and Goal of Artificial Systems 256
10.3.2 Telling System Function and Dynamics Apart 256
10.3.3 Function, Structure, and Behavior 260
10.4 System Architecture 260
10.4.1 Function vs. Dynamics 260
10.4.2 The Concept Behind a System 261
10.4.3 The Origin and Essence of Systems 262
10.5 Objects, Systems, and Products 263
10.5.1 Product Defined 263
10.5.2 The Object System Product Hierarchy 264
10.5.3 Goods, Services, and Projects 266
10.6 Documenting Functions of the System Architecture 267
10.6.1 The Function Hierarchy 267
10.6.2 Function Boxes and Function Sentences 268
10.6.3 Functionality 271
10.7 From Systems to Models 271
10.7.1 Some Model Definitions 272
10.7.2 Model Defined 272
10.8 Modeling Paradigms 272
10.8.1 Natural Language as a Modeling Tool 273
10.8.2 Mathematical and Symbolic Modeling 276
10.8.3 Graphic Modeling and Knowledge Representation 281
10.9 Reflective Metamodeling 283
Summary 285
Problems 286
Chapter 11 System Lifecycle and Evolution 289
11.1 System Lifecycle 289
11.1.1 Lifecycle of Artificial Systems 290
11.1.2 Software and Product Development Processes 290
XXII Table of Contents 11.2 Systems Analysis and the Scientific Method 291
11.3 Categorization vs. Interdisciplinarity 293
11.4 System Engineering and the Role of the System Architect 293
11.5 An OPM Model of System Lifecycle Phases 294
11.5.1 Top Level Description of System Evolution 295
11.5.2 Initiating the System 297
11.5.3 Developing the System 297
11.5.4 Analyzing 298
11.5.5 The Refming Abstracting Cycles 299
11.5.6 Designing 300
11.5.7 The Waterfall Model vs. Iterative and Incremental Development 301
11.5.8 Deploying the System 302
11.6 Zooming into Analyzing 304
11.7 Zooming into Designing and Implementing 306
11.8 From Design to Implementation 308
Summary 308
Problems 309
Chapter 12 States and Values 311
12.1 State specified Objects and Links 311
12.1.1 Initial, Ultimate and Default States 313
12.1.2 The Transformation Attribute of a Process 314
12.1.3 Object as a Role Player for State 315
12.1.4 State Maintaining Processes 316
12.1.5 Sentences and Phrases of States and Values 317
12.1.6 Single Value Sentence 322
12.2 Telling States Apart from Values 322
12.3 Metamodeling the Attributes of Value and Their States 324
12.3.1 Numeric and Symbolic Values 326
12.3.2 Mapping Object States onto Attribute Values 326
12.4 Compound States and State Space 328
12.4.1 The Attribute Feasibility Matrix 332
12.4.2 Logical Compound States 332
Summary 335
Problems 337
Chapter 13 Advanced OPM Concepts 339
13.1 Real Time Issues 339
13.1.1 Sequential vs. Parallel Process Execution 339
13.1.2 Process Synchronization 340
13.1.3 Events 341
Table of Contents XXIII
13.1.4 Chronon and Event 342
13.1.5 Basic Triggering Event Types 342
13.2 Process and State Duration 344
13.3 Processing states 346
13.4 Probability in Procedural Relations 348
13.5 Scope and Name Disambiguation 349
13.5.1 The Fundamental DAG 350
13.5.2 Scope of an Object 351
13.6 The Reserved Words of and which 352
13.6.1 The Reserved Word of and the Dot Operator 356
13.6.2 Using of with Tagged Structural Relations 357
13.6.3 The Reserved Word which 357
13.6.4 Operation: A Process Without Side Effect 360
13.7 Structure Related Issues 360
13.7.1 Transitivity Strength 361
13.7.2 Hamiltonian Distance 362
13.7.3 The Fractal Relation 362
13.7.4 Covariance and Contravariance 364
13.8 OPM Metamodeling Issues 365
13.8.1 AMetamodelofThing 366
13.8.2 The Specialization Specification Hierarchy 368
13.8.3 A Refined Generic Processing Model 369
13.8.4 Time Exception Handling 371
13.9 The OPM Construct Hierarchy 372
Summary 374
Problems 376
Chapter 14 Systems Theory 379
14.1 The Informatics Hierarchy 379
14.1.1 Computers Are Climbing the Informatics Hierarchy 380
14.1.2 Knowledge and Understanding 381
14.2 Ontology 382
14.3 General Systems Theory 383
14.3.1 A Brief History of General Systems Theory 383
14.3.2 The Hierarchy of System Levels 385
14.4 Autopoietic vs. Allopoietic Systems 387
14.5 Systems and Humans 387
14.6 Systems Theory Characteristics 388
14.6.1 Previously Defined Characteristics 389
14.6.2 System, Environment and Beneficiaries 389
14.6.3 Control and Feedback 390
XXIV Table of Contents
14.7 Classical Physics vs. Quantum Theory 393
14.7.1 Visualization 394
14.7.2 Causality 395
14.7.3 Locality 395
14.7.4 Self Identity 395
14.7.5 Objectivity 396
14.8 Objectifying: Converting a Process into an Object 397
Summary 399
Problems 400
Chapter 15 Object Oriented Modeling 401
15.1 The Evolution of System Analysis Methods 401
15.1.1 Data Flow Diagrams 402
15.1.2 Entity Relationship Diagrams and Their Combination with DFD 402
15.1.3 The Object Oriented Paradigm 403
15.2 Pre UML Object Oriented Methods 403
15.2.1 Object Modeling Technique 404
15.2.2 Object Oriented Software Engineering 404
15.2.3 Object Oriented Analysis and Object Oriented Design 405
15.2.4 Object Oriented Systems Analysis 405
15.2.5 Object Oriented Analysis Design 406
15.2.6 Object Life Cycles 406
15.2.7 The Booch Method 407
15.2.8 MOSES 407
15.2.9 The Fusion Method 407
15.2.10 OPEN Modeling Language 408
15.3 Unified Modeling Language UML 408
15.4 Metamodeling in OO Methods 410
15.5 OO Methods A Summary 410
15.6 Software Development Approaches and Trends 412
15.6.1 Aspect Oriented Programming 412
15.6.2 The Rational Unified Process 412
15.6.3 Extreme Programming 413
15.6.4 Agile Modeling 413
15.7 Challenges for OO Methods 413
15.7.1 A Historic Perspective 414
15.7.2 The Encapsulation Challenge 415
15.7.3 The Model Multiplicity Challenge 415
15.7.4 Empirical Evidence of the Model Multiplicity Problem 417
15.7.5 The Complexity Management Challenge 417
Table of Contents XXV
15.8 OPMandOO 418
15.8.1 The UML 2.0 Initiative 419
15.8.2 Systemantica: an OPM Supporting Tool 420
15.8.3 OPM Applications and Research: Present and Future 421
Summary 423
Problems 424
Appendix A: The ATM System 425
References 435
Index 443
|
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| author | Dori, Dov 1953- |
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| dewey-ones | 005 - Computer programming, programs, data, security |
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| id | DE-604.BV014063068 |
| illustrated | Illustrated |
| indexdate | 2024-07-09T18:56:59Z |
| institution | BVB |
| isbn | 3540654712 |
| language | English |
| oai_aleph_id | oai:aleph.bib-bvb.de:BVB01-009631866 |
| oclc_num | 248411179 |
| open_access_boolean | |
| owner | DE-473 DE-BY-UBG DE-11 DE-91G DE-BY-TUM |
| owner_facet | DE-473 DE-BY-UBG DE-11 DE-91G DE-BY-TUM |
| physical | XXV, 453 S. Ill. 1 CD-ROM (12 cm) |
| publishDate | 2002 |
| publishDateSearch | 2002 |
| publishDateSort | 2002 |
| publisher | Springer |
| record_format | marc |
| spelling | Dori, Dov 1953- Verfasser (DE-588)123318718 aut Object process methodology a holistic systems paradigm Dov Dori Object-project methodology Berlin ; Heidelberg ; New York ; Barcelona ; Hong Kong ; London Springer 2002 XXV, 453 S. Ill. 1 CD-ROM (12 cm) txt rdacontent n rdamedia nc rdacarrier Systemanforderungen: PC mit Intel CPU Pentium 166 MHz, CD-ROM-Laufwerk, Windows 98 oder höher, 64 MB Hauptspeicher, 120 MB freier Speicher Informationssystem - Systementwicklung - Objektorientierung Softwareentwicklung - Objektorientierung Systemmodell - Objektorientierung Object-oriented methods (Computer science) Systems engineering Softwareentwicklung (DE-588)4116522-6 gnd rswk-swf Systementwicklung (DE-588)4126945-7 gnd rswk-swf Informationssystem (DE-588)4072806-7 gnd rswk-swf Objektorientierung (DE-588)4346172-4 gnd rswk-swf Systemmodell (DE-588)4304916-3 gnd rswk-swf Informationssystem (DE-588)4072806-7 s Systementwicklung (DE-588)4126945-7 s Objektorientierung (DE-588)4346172-4 s DE-604 Softwareentwicklung (DE-588)4116522-6 s Systemmodell (DE-588)4304916-3 s HBZ Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=009631866&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Dori, Dov 1953- Object process methodology a holistic systems paradigm Informationssystem - Systementwicklung - Objektorientierung Softwareentwicklung - Objektorientierung Systemmodell - Objektorientierung Object-oriented methods (Computer science) Systems engineering Softwareentwicklung (DE-588)4116522-6 gnd Systementwicklung (DE-588)4126945-7 gnd Informationssystem (DE-588)4072806-7 gnd Objektorientierung (DE-588)4346172-4 gnd Systemmodell (DE-588)4304916-3 gnd |
| subject_GND | (DE-588)4116522-6 (DE-588)4126945-7 (DE-588)4072806-7 (DE-588)4346172-4 (DE-588)4304916-3 |
| title | Object process methodology a holistic systems paradigm |
| title_alt | Object-project methodology |
| title_auth | Object process methodology a holistic systems paradigm |
| title_exact_search | Object process methodology a holistic systems paradigm |
| title_full | Object process methodology a holistic systems paradigm Dov Dori |
| title_fullStr | Object process methodology a holistic systems paradigm Dov Dori |
| title_full_unstemmed | Object process methodology a holistic systems paradigm Dov Dori |
| title_short | Object process methodology |
| title_sort | object process methodology a holistic systems paradigm |
| title_sub | a holistic systems paradigm |
| topic | Informationssystem - Systementwicklung - Objektorientierung Softwareentwicklung - Objektorientierung Systemmodell - Objektorientierung Object-oriented methods (Computer science) Systems engineering Softwareentwicklung (DE-588)4116522-6 gnd Systementwicklung (DE-588)4126945-7 gnd Informationssystem (DE-588)4072806-7 gnd Objektorientierung (DE-588)4346172-4 gnd Systemmodell (DE-588)4304916-3 gnd |
| topic_facet | Informationssystem - Systementwicklung - Objektorientierung Softwareentwicklung - Objektorientierung Systemmodell - Objektorientierung Object-oriented methods (Computer science) Systems engineering Softwareentwicklung Systementwicklung Informationssystem Objektorientierung Systemmodell |
| url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=009631866&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
| work_keys_str_mv | AT doridov objectprocessmethodologyaholisticsystemsparadigm AT doridov objectprojectmethodology |