Before the data source node ID is encoded, all elements in the array are set to 0. Upon reception of a packet, the BS tests every node in the WSN to get the nodes in the packet path.
The elements in the arrays are rotated at specific angles with respect to their fast-polarization axes, independent of the nature of the birefringent material.
Each element in the array is uniquely identified by a grid reference its column and row number.
Each element in the array is explicitly stored as the range distance; the indices of the array implicitly retain neighborhood and angular information.
The DN network consists of two reactive elements connected in parallel between a two-element array, each element in the array is a rectangular loop-shape microstrip transmission line Radio Frequency (RF) coil.
The first element in the array is taken as the phase reference.
The relative position of each element in the array is incorporated in the channel coefficients H u,n,n (t), where n denotes the cluster index, s and u are the eNodeB sector and UE antenna elements, respectively.
Each tissue element in the array was 2.0 mm in diameter and spacing between two adjacent elements was 0.1 mm.
Determination of the precise vibrational modes of elements in an array is complex and would require full finite element analysis.
Then, assuming that the spacing between the antenna elements in each array is d and r q >>d,ϕ 0,m,q,∀(m,q), can be approximated by phi_{0,m,q}=frac{2pi}{lambdsinm-(M_{q}+1)/2)dsin(theta_{q}-gamma_{q}).
This number of elements in the phrase array is about 5 times larger than the number of words in the record.
