Neural network ensembles and an improved Differential Evolutionary Algorithm (DEA) with a non-inferior sorting scheme and niche technology are employed for problem solving.
Specially, in certain case, the MLS schemes can be inferior to the MMLS schemes even if the MLS schemes always achieve the coding gain over the T-BRS.
If they offer anything, employers now tend to provide inferior "defined contribution" schemes for their staff, that offer no assurances about how much the pension will finally pay out.
The proposed DS-NC with one iteration/DS is superior to spatial-domain schemes but is inferior to the DS-PNC/DS scheme.
The maximal-SLNR scheme is inferior to PIC in all scenarios except for the weak interference scenario.
Interestingly the hybrid scheme is inferior to the coded scheme with respect to packet loss probability, i.e., more packets are dropped than at the coded scheme for 0 < p < 0.5 and is superior as far as packet loss probability is concerned for 0.5 < p < 1.
Similar to Fig. 3, the DS-PNC-MMSE/DS scheme is inferior to DS-PNC/DS and DS-NC with one iteration/DS but is superior to spatial-domain schemes.
It is observed that the BU has higher throughput than the WU in the low SNR region, but as the average SNR increases above the crossover point of 5 dB, the BU scheme has inferior performance with an almost saturating throughput.
For those who naively believe that Internet.org's Free Basics is undoubtedly inferior to free data schemes, there's another side to the argument, as well.
