In this system, we adjust the power allocation factor at the ST in order to improve the outage performance of the secondary system, while its impact on the outage performance of the primary system will be compensated by the accommodation of the Relay.
To illustrate the advantage of the NR in our system, we adjust the detuning ΔMF=-0.5 GHz to ΔMF=-1.2 GHz, in this case, the location of the two sideband peaks induced by the QD-MF coupling coincides with the two sharp peaks induced by the vibration of NR, so the NR is resonant with the coupled QD-MF system and makes the coherent interaction of QD-MF more strong.
With the tracking system on, we adjusted the gain until we found a minimum in the residual motion.
Therefore, for the ideal management of data offloading system, we dynamically adjust the value of ( {pi}_i^r ).
Therefore, in such a system we can adjust the transmission duration to reduce the overall EC as long as the transmission duration is shorter than the block length T. In other word, the system may transmit the B bits in a shorter duration than T and then switch to an idle status until the next block [21].
Although we adjusted the system delay (about 200 m), comparing the EAR wind velocity profile with the simultaneous radiosonde, there seemed to remain an additional delay of about 100 m.
"Once we adjusted to their system a wee bit, we were superb.
We adjusted for age and type of ultrasonography system used, and subsequently, we also adjusted the analysis of each risk factor for all other risk factors and also for use of diuretics, beta-blockers, ACE inhibitors, lipid lowering drugs and heart rate.
Then we adjusted the system‐specific dysregulation scores for age and calculated the pairwise Pearson correlations among these residuals.
Therefore, we adjust the system of linear Eqs. 2 and 3 by adding constraints on individual cells of the matrices.
