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Titlebook: Self-Organizing Systems; 4th IFIP TC 6 Intern Thrasyvoulos Spyropoulos,Karin Anna Hummel Conference proceedings 2009 IFIP International Fed

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Self-organization of Internet Pathsen routing events in the Internet and we argue that the routing dynamics exhibit self-organized criticality (SOC). The SOC property provides an explanation for the power-law behavior that we observe in the operational times of routes.
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Non-Sticky Fingers: Policy-Driven Self-optimization for DHTscation can specify its policy on the tradeoff between performance and cost efficiency. We implemented the NS-fingers scheme for an existing order-preserving DHT and report the evaluation results. Our simulation results show that in a realistic application scenario, NS-fingers can halve the number of routing hops.
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The Degree of Global-State Awareness in Self-Organizing Systemsuring the design and management of self-organizing systems. We show this by applying the measure exemplarily to a self-organizing sensor network designed for intrusion detection. This allows us to find preferable system parameter settings.
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Revisiting the Auto-Regressive Functions of the Cross-Entropy Ant System approximations, new expressions are derived and shown to improve the adaptivity and robustness of the system, in particular on the occurrence of radical changes in the cost of the paths sampled by ants.
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Resolving the Noxious Effect of Churn on Internet Coordinate Systemsbours, while maintaining high reliability and low communication overhead. We then show by simulations that our models mitigate the impact of churn, and lead to a good accuracy compared to an instance of an ICS running without churn.
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