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Titlebook: Dependable Computing; Third Latin-American Andrea Bondavalli,Francisco Brasileiro,Sergio Rajs Conference proceedings 2007 Springer-Verlag B

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Fault-Tolerant Dynamic Routing Based on Maximum Flow Evaluationdistance is employed as a secondary criterion. Routes may be dynamically changed by intermediate routers, which usually have more recent information about topology changes. Formal proofs for correctness of the algorithm are also presented. The proposed algorithm was implemented in a simulation environment and experimental results are presented.
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Rigid Bodies and Reference Frameso evaluate the AspectC++ language, and a number of limitations have been revealed. AspectC++ was then extended in order to address this. It is also demonstrated how reusable fault tolerance mechanisms can be built using aspect oriented C++, and the advantages compared to using standard C++ are discussed.
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Closed-loop Subspace Identificatione density and forwarding probability on the quality of gossiping. The result of our investigation is to enable mobile nodes for dynamically adapting their forwarding probability depending on the local node density. Simulation results in ns-2 show the reliability, efficiency and scalability of adaptive gossiping.
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Implementing Fault Tolerance Using Aspect Oriented Programmingo evaluate the AspectC++ language, and a number of limitations have been revealed. AspectC++ was then extended in order to address this. It is also demonstrated how reusable fault tolerance mechanisms can be built using aspect oriented C++, and the advantages compared to using standard C++ are discussed.
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