Furthermore, the procedure presented in this section is valid both for the UL and the DL.
The results in this section, furthermore, show that the implementation of Eq. (6) of the hypothesis works.
Furthermore, the coupling methods described in this section can be combined with isogeometric local refinement methods such as those mentioned at the beginning of Section 5.
Furthermore, in discussion section we present a comparison between our technique and other ways of treating magnetic coordinates, which have been used in the literature, showing that our approach yields less noise and allows the retrieval of stronger, better defined currents.
In this section we, furthermore, focus on the high SNR regime where CB-CSMA/CA can also operate at the highest PHY data rate defined by the standard regardless of the number of parallel streams.
Furthermore, in Section 4, we calculate the Malkin bifurcation function associated to the integral operator introduced in Section 3, and we formulate in Theorem 2 the result of the existence of a branch of T-periodic solutions parameterized by ε ≥ 0 small.
Furthermore, in Section 6, some numerical examples are provided to illustrate the validity of main results obtained in this paper and verify the interesting open problem given in Remark 5.1.
In this section, simulation results are provided to verify the analytical results derived in Sections 3 and 4. Furthermore, the performances with optimal thresholds are provided to illustrate the advantages of the proposed scheme compared to other existing schemes.
Furthermore, in Section 6 techniques exploiting infrared signals are considered.
Furthermore, in Section 2.2, the assumptions made for the model are stated.
