Titlebook: Computer Performance Engineering; 8th European Perform Nigel Thomas Conference proceedings 2011 Springer-Verlag GmbH Berlin Heidelberg 2011

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https://doi.org/10.1007/b108456link layer. We extend Restricted Broadcast Process Theory?[11,9]: delay functions are assigned to actions, while the semantics captures the interplay of a MANET protocol with stochastic behavior of the data-link and physical layer, and the dynamic topology. A continuous-time Markov chain is derived

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The Addiction-Prone Personalityte parallel executable key functionalities, are connected through finite capacity queues, and require certain hardware resources. We show how a combination of measurement and calculation, based on queueing theory, leads to an algorithm that recursively determines the best combination of threads, i.e

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Personality and Treatment Outcomenfected computers automatically search for other computers to be infected, thus spreading the infection rapidly. In a recent paper, such botnets have been modeled using Stochastic Activity Networks, allowing the use of discrete-event simulation to judge strategies for combating their spread. In the

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Methodology of the Clinical Studyt use of multi-core processor designs has, however, brought new problems to the design of memory architectures - as more cores are added to each successive generation of processor, equivalent improvement in memory capacity and memory sub-systems must be made if the compute components of the processo

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https://doi.org/10.1007/978-3-540-88609-9packet-loss patterns, stochastic fault-models are used. While fault-models can be derived from measurements, inappropriate implementation may introduce artifacts in the experiment process that might invalidate results. In this paper we study the effects of different fault-models in different experim

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https://doi.org/10.1007/978-3-540-88609-9We provide analytical models for information propagation of a push-pull gossiping protocol in a wireless mesh network. The underlying topology is abstracted away by assuming that the wireless nodes are uniformly deployed. We compare our models with simulation results for different topologies.

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