Algorithm 4 uses the function thrust::for_each after step 8 to correct the borders too.
It proposes an energy-cost function and uses the function as the criterion for multiple-path selection.
There are many types of the excitation function formulations and this paper uses the function as: f(x) = frac{1}{{1 + e^{ - x} }} (2).
In order to export data published by sensor nodes towards the appropriate VSN Manager instance, the VGW uses the function Publish_WSI_data. Figure 10 illustrates the sequence of messages involved in sensor data delivery based on the publish/subscribe communication paradigm.
The algorithm below uses the function l : V ( S 2, m ) → { 0, 1, …, n } defined in (3) and we reasonably assume that n ≥ 2. Step 0: Determine ε 1, ε 2 satisfying claim of Lemma 2 and Lemma 3 5), respectively.
The constructor uses the function g(x) to represent the distance between the sample and the optimal hyperplane as g(x)=sum limits_{i=1}^l{a}_i{y}_ikleft({x}_i,xright)+b (13 where a i ∈ R m is the Lagrange operator and k(x i, x) is shown in (12).
