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Wei and Gitlin [19] considered the data-relaying/forwarding problem in a hybrid wireless ad hoc network, as shown in Fig. 3.3. In such a hybrid wireless network, a dual-mode device could use its WLAN interface to relay traf c from the base station (BS) to another client device who is suffering from a poor thirdgeneration (3G) channel quality. The problem here is that if there is no incentive provided by the BS for the dual-mode relaying device, the latter would not cooperate and help the device with a poor 3G channel quality.

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Once the initial dashboards are deployed, there will invariably be a need for IT personnel to monitor and support the dashboard as well as its back-end ETL processes, if any. Furthermore, a large dashboard deployment would also require a business analyst(s) and subject matter experts to continually enhance the quality of the dashboard solution based on user feedback and evolving business needs. Such personnel costs must be well estimated to do justice toward long-term success of the solution. Exhibit 11.1 provides a cost matrix to develop an accurate estimate for the total cost of ownership. Note that it is common to have additional users requiring access, as the dashboard is successfully deployed. Therefore, additional software licensing fees (if applicable) may be estimated for subsequent years also.

Research on the use of starter cultures in meat products began in the United States in the 1940s, inoculating the batter with lactobacilli, with the aim being to govern and accelerate fermentation. In the late fties, the Finn Niinivaara (1955) helped to launch this idea in Europe, developing mixed cultures of Micrococcus sp. and Pediococcus cerevisiae. After this experience, a rst generation of meat starter bacterial cultures, generally based on microorganisms derived from cultures for vegetable fermentation, was developed. These bacterial cultures, mainly selected for their acidi cation properties, were usually composed of L. plantarum and members of the genus Pediococcus. Successively, a new generation of starter cultures composed of strains isolated from meat, such as L. sakei and coagulase negative staphylococci (CNS), was developed that harbored phenotypic traits of technological relevance (Buckenh skes 1994). This second generation is now widely used in the industrial processes of fermented meat production. In the last years, more efforts have been dedicated to the study of technological properties of LAB and staphylococci isolated from traditional fermented sausages to develop functional starter cultures, with increased diversity, stability, and industrial performance (Garc a-Varona et al. 2000; Mauriello et al. 2004; Casaburi et al. 2005; Drosinos et al. 2007). Using comparative genomics, microarray analysis, transcriptomics, proteomics, and metabolomics, the

battery power levels are emphasized. If {x1, x2, x3} = {0, 0, 0} then the shortest-cost path is the minimum-hop path. If it is {1, 0, 0}, then the shortest-cost path is the path with minimum transmitted energy. If x2 = x3, the normalized remaining battery power is used, and if x3 = 0, the absolute remaining battery power is used. The notation FA(x1, x2, x3) is used to denote the algorithm with weight factors of (x1, x2, x3). Performance Evaluation A total of 200 random graphs were generated to evaluate the performance of the proposed algorithms [4]. The performance of FA(1, 1, 1) and FA(1, 50, 50) were compared to the minimum transmitted energy (MTE) routing algorithm and the maximum residual energy path (MREP) routing algorithm proposed in [3]. The MREP algorithm uses a link cost function, cij = (Ei eij ) 1, where is the augmentation step size. The metric measured is the ratio, RX, of the maximum lifetime obtained using a given algorithm to the maximum lifetime using the optimal algorithm (described in [4]). The results shows that RFA(1,50,50) is always over 0.99 of the optimal performance. FA(1, 1, 1) s performance is comparable to MREP s performance. The system lifetimes of FR, MREP, and FA(1, x, x) where x 1, are greater than 0.95 of the optimal, whereas MTE is only three-fourths of optimal. RFR and RMREP are over 0.9 about 90% of the time, whereas MTE is over 0.9 only 33% of the time. The algorithm gained a system lifetime of 49% to 55% compared to MTE. A similar study was conducted for the multicommodity case, in which the average gain in system lifetime obtained by the algorithms was between 40% and 62% compared to MTE.

Figure 10.17 12).

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Logging into Gmail with the Gmailer library is very simple. First you point your script to the library itself: