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

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A Survey of Models and Design Methods for Self-organizing Networked Systemsnomics, and engineering. We review several existing methods and modeling techniques used to understand self-organization in a general manner. We then present implementation concepts and case studies for applying these principles for the design and deployment of robust self-organizing networked syste

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Laying Pheromone Trails for Balanced and Dependable Component Mappingsfor multiple services simultaneously and adhering to non-functional requirements. Currently, we consider load-balancing and dependability requirements. Our approach is based on a variant of Ant Colony Optimization and is completely decentralized, where ants communicate indirectly through pheromone t

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Non-Sticky Fingers: Policy-Driven Self-optimization for DHTsrange. We present in this paper a self-optimization scheme for DHTs that optimizes the routing behavior in such situations. In our scheme, called Non-Sticky (NS) fingers, each node continuously measures the routing behavior and guides neighboring nodes to adjust their NS fingers (a subset of all the

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Passive/Active Load Balancing with Informed Node Placement in DHTs balancing since both the key and workload distribution can be non-uniform..We build on previous work based on the power of choice to present algorithms suitable for active and passive load balancing that adapt to both the key and workload distribution. The algorithms are evaluated in a simulated en

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Optimal TCP-Friendly Rate Control for P2P Streaming: An Economic Approachudy the topic of distributed and optimal rate control for scalable video streams in P2P streaming applications. First, we propose a fully distributed and TCP-friendly network analytical model for rate control and formulate an optimization problem to maximize the aggregate utility for the P2P streams