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Table of contents
1 Introduction
1.1 Current Internet Mobility Support
1.2 ICN: a New Paradigm to Address Internet Mobility
1.3 Issues with ICN Mobility Support
1.4 Thesis Contributions
2 Background on ICN
2.1 Motivation and Principle of ICN
2.2 Packet Types and Communication Model
2.3 Packet Forwarding
2.4 Other Architectural Aspects
3 State of the Art
3.1 Manage Producer Mobility
3.2 Enforcing Security in Producer Mobility
3.3 Improving Congestion Control in Mobile ICN Network
3.3.1 Improving Congestion Control in IP-based Mobile Networks
3.3.2 Improving Congestion Control In Mobile ICN networks
4 Producer Mobility Management
4.1 Introduction
4.2 Design
4.2.1 MAP-Me Update protocol
4.2.2 Map-Me Notification/Discovery protocol
4.2.3 Full MAP-Me approach
4.3 Implementation
4.3.1 MAP-Me implemented in a CCN/NDN network
4.3.2 Algorithm description
4.3.3 Security considerations
4.4 Proof of Correctness and Stability Analysis
4.5 Evaluation
4.5.1 Simulation setup
4.5.2 Baseline scenario description
4.5.3 Results for baseline scenario: Fat-Tree + RWP + CBR
4.5.4 Impact of mobility pattern, radio conditions and topology
4.5.5 Impact of notifications on path stretch
4.5.6 Trace-driven urban mobility
4.6 MAP-Me and routing
4.7 Conclusions
5 Security in Producer Mobility
5.1 Introduction
5.2 Prefix Attestation Protocol Design
5.2.1 System Model
5.2.2 Threat Model
5.3 Prefix attestation
5.3.1 Bootstrap phase
5.3.2 Secure Interest Update Validation
5.3.3 Prevent Replay attack
5.4 Security Considerations
5.4.1 Preventing Prefix Hijacking attacks
5.4.2 Denial of Service Attacks
5.5 Evaluation
5.5.1 Computational Overhead
5.5.2 Additional Storage Cost
5.6 Discussion
5.6.1 Mobile Prefix Aggregation
5.6.2 LTE/Wifi Authentication not Enough for Prefix Attestation
5.7 Conclusion
6 Congestion Control in Mobile ICN Networks
6.1 Introduction
6.2 Design
6.2.1 Wireless Loss Detection and Recovery
6.2.2 Mobility Loss Detection and Recovery
6.3 Implementation
6.4 Evaluation
6.4.1 ICN over IEEE 802.11
6.4.2 WLDR Evaluation
6.4.3 MLDR Evaluation
6.4.4 Joint WLDR-MLDR Evaluation
6.5 Conclusions
7 Conclusion
8 Future Work
