As can be seen, the proposed bitplanewise zigzag scanning method provides close performance to that for the optimum scanning method and much better performance than the coefficient scanning method.
Although the proposed method provide near optimal results (i.e., close to the Cramer-Rao bound) they are centralized so their application to WSN may be limited.
The results also indicate that the CITDrlys and CITD of lysine provide close values, validating suitability of either method in determining true ileal digestibility of lysine.
Our results show that both approaches provide close fits to the training data; p = 0.627 and p = 0.304 for the Neural Network and Genetic Programming methods respectively.
In addition, random examples of experimentally obtained responses to 0.3M and 0.5M sucrose in the absence and presence of the phorbol ester (PDBu) show that this method provides a close fit for almost all traces.
However, other recent DLW studies have reported that the factorial method provides a close estimate of TEE in groups of free-living adolescents (Bratteby et al., 1997) and elderly subjects (Morio et al., 1997), or in some cases, an overestimation of about 8% in males of 27 65 years (Conway et al., 2002; Irwin et al., 2001).
Simulations show that the proposed iterative energy calculation and rate allocation method provide sum capacities very close to the system upper bound.
The average orientations method provides the closest results to human perception, while the other algorithms proved themselves to be very competitive.
The HQRPLN method provides estimates closer to the true values as compared to the Chambers et al. (2014) method, and the Machados and Santos Silva (2005) method, which tends to overestimate β1.
The Louvain method provided the closest final number of partitions to the administratively defined subprefectures of the algorithms that we tested, and was thus chosen as the most appropriate for current purposes.
