Unused CapEx S j = ∑ i = 1 n Allocation driver R ij × Unused CapEx R i ∑ j = 1 m Allocation driver R ij (7) Unused OpEx S j = ∑ i = 1 n Allocation driver R ij × Unused OpEx R i ∑ j = 1 m Allocation driver R ij (8).
As there are ∑ m = 1 K K m L m potential allocation patterns, where L m denotes the number of candidate power levels for m sub-bands, the amount of computation is seemingly exponential in K.
Further, BS-MS allocation is done based on path loss, such that each MS is assigned to the BS with the most favourable channel conditions.
M 2 : Allocation model MIN Z 2 = ∑ k ∑ l T C k l B k l + ∑ i ∑ j ∑ l S i j l V i j l + ∑ j ∑ k ∑ l S j k l Q j k l (12).
The M-form allocation works very well for less interdependency and an iterative price coordination mechanism, while the U-form works well for a centralized coordination mechanism.
The amount of money participants invested in the risky security (M risky allocation: $9.78; SD risky allocation: $7.16) on each trial depended on the characteristics of the two investment choices, as would be predicted by standard models of economic choice where individuals have mean-variance preferences [18].
Having selected a node-module association with maximum modularity from the previous stage (i.e. I m ), module allocation may be improved further through an iterative fixing and releasing scheme.
Only one PRB is scheduled at each UE according to minimum SINR priority metric until the UE throughput required is satisfied based on the number of PRBs for a transmission time interval equal to 1 ms. After PRBs allocation, link adaptation chooses different modulation and coding (MCS) schemes based on minimum SINR reports in every RGB to maximize spectral efficiency.
For each j∈Jobs, given a slots' allocation (ms j,rs j ), we compute the required VMs via Eq. 1 and then the budget can be calculated using the following equation: text{budget}_{j} = text{VMs}_{j} times text{cost} times lceil frac{text{jtime}_{j}}{3600} rceil + text{ioCost}_{j}, forall j in text{Jobs} (12).
Whereas l d represents the QoS constraint of D2D user m, the power allocation which is smaller than l d can satisfy D2D user m's QoS.
Furthermore, given that μ and p m, b belong to ℝ +, if a power allocation p m, b is used such that Γ m ( k ) ≤ γ m, p < Γ m ( k + 1 ) then w m N sc ρ m, b - μ p m, b = w m N sc ϱ m ( k ) - μ p m, b ≤ w m N sc ϱ m ( k ) - μ N sc σ ν 2 Γ m ( k ) δ m, b. (55).
