Energy-Efficient Uplink Scheduling in Narrowband IoT

. 2022 Oct 12;22(20):7744. doi: 10.3390/s22207744

Algorithm 2: JSS

Input: $D, d, G_{r}, G_{t}, L_{p a t h}, N_{0}, L_{s h a d o w}, γ, L_{p e n e t r a t i o n}, I$ .

Data: $B^{s}, B^{m}$ and sets $U, M^{s}, M^{m}, P, Q, W, K, I, T$ defined in Table 11.

Output: The optimal combination of the scheduling parameters $h^{*}$ .

₁ $L =$ Select_Feasible_Combinations( $D, G_{r}, G_{t}, L_{p a t h}, N_{0}, L_{s h a d o w}, γ, L_{p e n e t r a t i o n}, I$ )

₂ $H =$ Select_Feasible_ $k_{0}$ _and_ $n^{s c}$ ( $L$ )

₃ $h^{*} = \underset{h = (m, u, r, q, k_{0}, n^{s c}) \in H}{argmax E E (h) = \frac{D}{p \cdot {(u \cdot r \cdot t)}^{2}} : t \in T}$