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Contents
6
Foreword
8
Technology Neutral Principles and Concepts for Autonomic Networking
11
1. Introduction
12
2. The Vision of Autonomic Networking
13
3. Technological Neutral Architectural Framework
16
4. DIOA Conceptual Model
20
5. DIOA Architectural Artefacts
23
6. NGOSS TNA Speci.cations
26
7. Conclusion
31
References
32
A Telco Approach to Autonomic Infrastructure Management
36
1. Introduction
36
3. The I2OSS Model
41
4. Conclusions
49
5. Glossary
50
References
51
Autonomic Communication with RASCAL Hybrid Connectivity Management
72
1. Introduction
72
2. Related Work
73
3. The Autonomic Features of RASCAL
75
4. The Architecture of RASCAL
77
5. Laboratory Experimentation
80
6. Real World Evaluation
83
7. Conclusion
87
References
87
Autonomic Resource Regulation in IP Military Networks: A Situatedness Based Knowledge Plane
90
1. Introduction
91
2. An Overview of Autonomy in Computing and Networking
92
3. The Knowledge Plane
94
4. Our Multi-Agent Systems Based Approach
97
5. Situatedness Paradigm
98
6. Bene.ts of a Situatedness Based Approach
99
7. The Situatedness Based Knowledge Plane
101
8. Autonomic Resource Regulation in Military IP Networks
102
9. Experimental Setup: Video streaming in dynamic environment
105
10. Conclusions
108
References
108
Autonomic Service Access Management for Next Generation Converged Networks
110
1. Introduction
110
2. Autonomic Service Access Management
112
3. The LS/ASAM Suite Architecture
114
4. The LS/ASAM Suite in Action
121
5. Experimental Analysis
125
6. Discussion and Conclusions
132
References
134
Modelling Behaviour and Distribution for the Management of Next Generation Networks
52
1. Introduction
52
2. State of the Art
54
3. Madeira Architecture
55
4. Proposed Network Management Meta-model
57
5. Madeira Use Case Scenario
61
6. The Resulting Models
62
7. Conclusions
68
References
68
Cross-layer Optimisations for Autonomic Networks
136
1. Introduction
136
2. Autonomic versus traditional networking
138
3. Alternative protocol architectures
144
4. Conclusions and Future Developments
154
References
156
An Autonomic MPLS DiffServ-TE Domain
158
1. Introduction
158
2. Related Work
160
3. Our proposition
161
4. Performance evaluation
171
5. Conclusion and future work
175
References
176
Game Theoretic Framework for Autonomic Spectrum Management in Heterogeneous Wireless Networks
178
1. Introduction
178
2. Related Works
179
3. System Architecture
181
4. Spectrum Sharing Bargaining Scheme with Perfect Information
183
5. Spectrum Sharing Bargaining Scheme with Incomplete Information
188
6. Simulations and Analysis
192
7. Implementation of Trading Agent
196
8. Conclusion
198
References
198
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