Titlebook: Autonomic Computing and Networking; Yan Zhang,Laurence Tianruo Yang,Mieso K. Denko Book 2009 Springer-Verlag US 2009 Autonomic Communicati

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啪心兒跳動(dòng)

https://doi.org/10.1007/978-981-4451-12-3rcome the lack of available spectrum for new communication services.In particular, autonomic DSA (ADSA) systems are indicated as a solution to spectrumscarcity caused by the current “command and control” allocationparadigm. However, ADSA requires a higher level of reconfigurability with respect totr

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Dennis Patrick Leyden,Albert N. Link architectures owing to the activation of autonomic-like techniques. This chapter adopts a Service Provider standpoint and clarifies the scope of autonomic behaviors within an administrative service domain owned and managed by a Service Provider. The rationale elaborated within this chapter argues i

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Government’s Role in Innovationobile communications because they will allowautonomous and self-regulated network and communicationprotocols procedures. Dynamic observation of the spectrum andadaptive reactions of the autonomic terminal to wireless channelconditions are hence important problems in improving the spectrumefficiency

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Governo clinico e medicina perioperatoriawidely known that P2P traffic now constitutes over 60% of total Internet traffic. P2P systems are now used for file sharing, media streaming, and various other social networking applications. Furthermore, P2P systems are also extending their reach to the wireless realm. However, there are still two

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https://doi.org/10.1057/9780230375703ing. In order to investigate the stateof the art of autonomic networking in sensor networks and its futureprospects, we start with a short summary of autonomic networking andSensor networks. It follows the discussion of the appliance ofautonomic networking in WSNs and existing research approaches. A

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https://doi.org/10.1057/9780230375703ess this challenge, this chapter proposes and evaluates a new development environment, called iNetLab, which is designed to improve the productivity of designing, maintaining, and tuning operational policies in autonomic network applications. iNetLab consists of (1) a set of visual modeling language