"perfect fairness" is a correct and usable phrase in written English.
It is typically used to describe a situation or action that is completely fair and just. Example: The judge carefully considered both sides of the case before making his final decision, ensuring perfect fairness in the outcome.
These costs will inconvenience some people — perhaps most people — and the burden will not always be distributed with perfect fairness.
These costs will inconvenience some people perhaps most people and the burden will not always be distributed with perfect fairness.
In a pop world of perfect fairness, you'd probably hate even more music than you do already.
Our real-life measurements using commodity hardware demonstrate that in many settings such mechanism not only allows to achieve better throughput, but also assures nearly perfect fairness.
But precisely because those bodies wield hard political power, they often compromise on their ideals: when you are doling out military aid or trade deals, you cannot always reward democratic behaviour, and punish the opposite, with perfect fairness.
The collective drift towards more regulation in the western liberal democratic model is driven by good intentions and by a mad dream of perfect fairness in which individual discretion and individual responsibility are intrinsically subversive.
In particular, RR-11ac+ with M=4 achieves close-to-perfect fairness among users.
In this fair greening approach, we target "perfect power fairness" by having a weighted rate sum as the objective and proportionally reducing the available transmit power per user.
In contrast to power-fair greening, this approach targets "perfect rate fairness" by having a power sum as the objective and by proportionally reducing the minimum target data rates of the users, as follows, Greening 2 : maximize s ∈ S - ∑ n ∈ N t n P n subject to P n ≤ P n, tot, n ∈ N, R n ≥ β R n, o, n ∈ N, (19).
Additionally, two fair scheduling protocols of 802.11ac+ give close-to-perfect user fairness even when the users experience different channel qualities.
(0.5, 0.5) is the other extreme that behaves almost like round-robin, i.e. the perfect case for fairness.
