Self-organizing systems

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The contents cover a range of topics related to self-organizing systems and networks. It includes discussions on making these systems secure, examining the dual nature of self-organizing networks, and presenting full papers on merging similar structured overlays. Key studies explore self-protection in P2P networks, modeling population dynamics in BitTorrent-like systems, and optimizing routing through combined virtual and physical structures. Additional research addresses randomized self-stabilizing algorithms for wireless sensor networks and job scheduling for maximal throughput in autonomic computing systems. The focus also extends to global behavior in computing grids, decentralized clustering for task allocation, and self-tuning mechanisms in swarm intelligence systems. A cross-layer approach is proposed for detecting data packet droppers in mobile ad-hoc networks, alongside on-demand energy-aware routing strategies. Various methodologies for automatic data locality optimization and bio-inspired self-protection in organic middleware are discussed, along with autonomic management of edge servers. Short papers present ubiquitous networking technologies, proposals for self-organizing information distribution in P2P networks, and autonomic security measures for home networks. The collection also features decentralized information systems, defense strategies against intrusions in grids, and advancements in organic robotic c