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Titlebook: Stabilization, Safety, and Security of Distributed Systems; 8th International Sy Ajoy K. Datta,Maria Gradinariu Conference proceedings 2006

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Selfish Stabilization this is unrealistic, since each process may have selfish interests and motives related to maximizing its own payoff. This paper formulates the problem of selfish stabilization that shows how competition blends with cooperation in a stabilizing environment.
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Self-stabilizing Device Driversonstrate the non-stability of the . standard protocol for storage devices. We state the requirements that an operating system and . devices should satisfy in order to become self-stabilizing. Then we suggest two solutions to satisfy these requirements. The first uses leases in order to guarantee pro
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Circle Formation of Weak Mobile Robotsrovided that . ∉ {4,6,8}. The proposed protocol works in the semi-synchronous model introduced in [1]. The robots are assumed to be uniform, anonymous, oblivious, and they share no kind of coordinate system nor common sense of direction.
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Unconscious Eventual Consistency with Gossipswithout any conscious commitment. That is, there is no point in the computation when replicas know that consistency is achieved. This unconsciousness is the key to tolerating perpetual asynchrony with no consensus support.
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Self-protection for Distributed Component-Based Applicationspe of the detected attacks is, for the moment, limited to the detection of illegal communications. We describe how this approach can be applied to provide self-protection for clustered .2ee applications with a very low overhead.
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