(mathcal {A}_{i}) is the available energy level of sensor node i considering the recharging with the energy harvester.
where M i (c) is the loss suffered by node i considering the external and internal interference over channel c[25], and β is the game parameter in the range of (0,1) [37].
Moreover, the models studied so far are mostly incomplete to be a generic model in terms of (i) considering the inputs, outputs, and basic components, (ii) defining necessary properties, and/or (iii) realizing the application scenarios.
For the original series x i, considering the disturbance of interannual scale variation, first apply the moving average method to establish a 5-year moving average series y i ; t i represents the corresponding time.
The availability a i,j) from the potential GO j to UE i reflects the accumulated evidence about the suitability choosing UE j as the GO of UE i, considering the support from other UEs that UE j should be a GO.
Equation 1 arises by noting that the dropout probability for an allelic copy at locus ℓ of individual i, considering the two possible causes as independent, is γ iℓ = 1 − (1 − γ i⋅)(1 − γ⋅ℓ).
