From Table 2, it can be noticed that (m_{1}), (m_{2}), (m_{3}), (m_{4}), and (m_{6}) are negative (cost) attributes because their minimum values will be preferred and (m_{5}) is a positive attribute which is preferred to be maximized.
As such, in Figure 8 a value of Nmax = 15 will be preferred for values of R b max lower than 3,000 kbps, while for values of R b max between 3,000 and 3,500 kbps a value of Nmax = 18 is preferred.
If the labels do not overlap (TOV ≤ 0 in Figure 3), this penalty is set to a maximum value (pmax), such that an insertion or a deletion will be preferred to a misaligned substitution.
It has to be stressed that selection of the first strategy will be preferred since the precoding vectors that correspond to this particular singular value maximize the channel capacity.
A panel with more TPs and FPs than another panel will be preferred if the ratio of the extra TPs to FPs generated is more than the trade-off value.
Thus, the lowest computation complexity detection mechanism will be preferred.
Hereupon, materials deriving from renewable resources will be preferred as opposed to the exhaustible fossil products.
For simplicity, the notation μ ( P ) will be preferred instead of μ ( 〈 P 〉 ).
In addition, the notation will be preferred for calculations and statements.
Open access electronic publications will be preferred.
