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A Hetero-functional Graph Theory for Modeling Interdependent Smart City Infrastructure
von: Wester C. H. Schoonenberg, Inas S. Khayal, Amro M. Farid
Springer-Verlag, 2018
ISBN: 9783319993010 , 216 Seiten
Format: PDF, Online Lesen
Kopierschutz: Wasserzeichen
Preis: 117,69 EUR
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A Hetero-functional Graph Theory for Modeling Interdependent Smart City Infrastructure
Preface
6
Why This Book?
6
Where Did Hetero-functional Graph Theory Come from?
8
The Goal of This Book
9
What Is in This Book?
9
Contents
11
List of Figures
14
List of Tables
21
Nomenclature
22
1 Introduction
26
1.1 Book Contribution
28
1.2 Book Outline
30
References
30
2 The Need for Hetero-functional Graph Theory
38
References
42
3 Hetero-functional Graph Theory Preliminaries
47
3.1 Ontological Foundation for Hetero-functional Graph Theory
47
3.2 Systems Engineering Foundations
51
References
58
4 Hetero-functional Graph Theory
60
4.1 System Concept
61
4.1.1 System Form
63
4.1.2 System Function
66
4.1.3 Allocation of System Function onto System Form
71
4.2 Hetero-functional Adjacency Matrix
78
4.3 Controller Agency Matrix
83
4.4 Controller Adjacency Matrix
87
4.5 Service as Operand Behavior
91
4.5.1 Service Delivery as Service Net
93
4.5.2 Service Delivery as Service Graph
96
4.6 Service Feasibility Matrix
96
4.6.1 Service Feasibility Matrix Definitions
97
4.6.2 Service Degrees of Freedom
102
4.7 The System Adjacency Matrix: An Integrated View of Hetero-functional Graph Theory
105
4.8 Conclusion
112
References
114
5 Modeling Interdependent Smart City Infrastructure Systems with HFGT
117
5.1 The Role of Test Cases in Smart City Development
117
5.2 Smart City Test Case: Trimetrica
118
5.3 System Concept
123
5.3.1 Smart City Resources
123
5.3.2 Smart City Processes
131
5.3.3 Smart City Knowledge Base
136
5.3.4 Visualizing Degrees of Freedom
140
5.4 Hetero-functional Adjacency Matrix
147
5.4.1 Calculating System Sequence
147
5.4.2 Visualizing System Sequence
149
5.5 Controller Agency Matrix
153
5.5.1 Expansion of System Resources
156
5.5.2 Smart City Controller Agency Matrix
157
5.5.3 The Relation Between the Controller Agency Matrix and the Hetero-functional Adjacency Matrix
157
5.6 Controller Adjacency Matrix
158
5.7 Service as Operand Behavior
161
5.7.1 Service Delivery in SysML
161
5.7.2 Service Delivery Using Petri Nets
164
5.7.3 Service Delivery as Service Graph
167
5.8 Service Feasibility Matrix
168
5.8.1 Deliver Potable Water
170
5.8.2 Deliver Electric Power
171
5.8.3 Deliver Electric Vehicle
172
5.8.4 Visualizing the Service Feasibility Matrix
172
5.9 System Adjacency Matrix
174
5.9.1 Trimetrica's System Adjacency Matrix
174
5.9.2 Hetero-functional Graph Visualization
176
5.10 Discussion
177
5.10.1 Ontological Analysis of Hetero-functionalGraph Theory
178
5.10.2 Comparison with Multi-layer Networks
180
References
182
6 Applications of Hetero-functional Graph Theory
184
6.1 Mass-Customized Production Systems
184
6.2 Multi-Modal Transportation Systems
186
6.3 Electric Power Systems
186
6.4 Multi-Modal Electrified Transportation Systems
187
6.5 Microgrid-Enabled Production Systems
188
6.6 Personalized Healthcare Delivery Systems
188
References
189
7 Conclusion and Future Work
192
7.1 Conclusion
192
7.2 Future Work
194
A Representing a Four-Layer Network in Hetero-functional Graph Theory
195
A.1 System Concept
197
A.2 Hetero-functional Adjacency Matrix
202
A.3 Controller Agency Matrix
202
A.4 Controller Adjacency Matrix
202
A.5 Service as Operand Behavior
204
A.6 Service Feasibility Matrix
206
A.7 System Adjacency Matrix
206
List of Definitions
209
Index
211