Download Architecting Dependable Systems VII by Themistoklis Bourdenas, Morris Sloman, Emil C. Lupu (auth.), PDF
By Themistoklis Bourdenas, Morris Sloman, Emil C. Lupu (auth.), Antonio Casimiro, Rogério de Lemos, Cristina Gacek (eds.)
As software program structures develop into more and more ubiquitous, problems with dependability develop into ever extra an important. provided that suggestions to those matters has to be thought of from the very starting of the layout strategy, it's transparent that dependability and protection must be addressed on the architectural point. This publication, in addition to its six predecessors, used to be born of an attempt to collect the examine groups of software program architectures, dependability, and protection. This cutting-edge survey includes multiplied, peer-reviewed papers according to chosen contributions from the Workshop on Architecting responsible platforms (WADS 2009), held on the overseas convention on accountable structures and Networks (DSN 2009), in addition to a couple of invited papers written via well known specialists within the quarter. The thirteen papers are geared up in topical sections on: cellular and ubiquitous platforms, architecting structures, fault administration, and event and vision.
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Additional info for Architecting Dependable Systems VII
Proof: By property (c) of Theorem 1 and the above assumption on maximum power, every node u at the end of the protocol execution has a power level sufficient to reach at least its k closest neighbors. This means that Lk is a super-graph of the k-closest − neighbors graph Gk , and also that L− k is a super-graph of the symmetric sub-graph Gk of Gk . p. means with probability converging to 1 as the number n of network nodes goes to infinity. p. It can be seen that the same result of Theorem 2 holds also for the communication graph generated by NTC-PLU.
Note that these values are considerably smaller than those needed by the k-N EIGH protocol of . As discussed above, this is due to the fact that, on the average, several symmetric edges are added by NTC-PL and NTC-PLU with respect to the minimum value of k required. 7 Protocol Variation for Dynamic Networks In this section, we present a protocol variation for dynamic networks, which handles mobility, failures, and dynamic joining of nodes. M. Blough et al. dealing with dynamic networks for neighborhood-based protocols is the inherently transient nature of the neighbor set of a node.
International Journal of Network Management 15(4), 235–253 (2005) Self-healing for Pervasive Computing Systems 25 17. : Probabilistic decision level fusion for real-time correlation of ambient and wearable sensors. In: Proc. of the 5th International Workshop on Body Sensor Networks (BSN), Hong Kong, China (2008) 18. : Model based error correction for wireless sensor networks. In: Proc. of the First IEEE Communications Society Conference on Sensor and Ad Hoc Communications and Networks (SECON), pp.