This problem is a classical one, and has deeply been analyzed in past years, especially with reference to wireless communications [31], where adaptive antennas are used in conjunction with power control and smart multiple access (MA) techniques.
This methodology has deeply been analyzed and applied to wireless access networks through a series of large research programs organized by the European Union (see, e.g., [19, 20] and reference therein).
The relevance of each feature has been deeply analyzed through different proposed methods.
Each one of these methods has been deeply analyzed and an optimal configuration to each scenario has been obtained.
NDMA has been deeply analyzed in the recent literature with different protocols (e.g., H-NDMA [31]).
The mean MI model via the MMIB approach has been deeply analyzed for suitability to the FBMC transmission and verified by simulations.
The problem of power constancy has been deeply analyzed by many authors, and a great literature exists to evaluate physical meanings of the power fluctuations (Witte 2012).
If Ω is bounded, this problem is classical in literature and has been deeply analyzed taking into account various kinds of hypotheses on the coefficients (for more details see, for instance, [1 6]).
In this paper, the chain packing and phase transition of comb-like polymer has been deeply analyzed with N-hexacosylated PEI26Chyleneimine (PEI26C) as a template, fabricated through the reaction between n-hexacosyl bromide and PEI in a homogenous solution.
This paper has presented transparent conductor oxide materials (TCOMs) based microstrip patch antennas with glass substrate and copper ground plane, which have been deeply analyzed in the visible spectrum region in comparison with the practical patch antenna model of indium tin oxide patch with glass substrate and different TCOMs based ground plane.
