Algorithm 1 TCA algorithm

1:Initialize ⊘; 2:Compute power rank $\Gamma$, 3: $\Gamma =\left(1-\left(\frac{s\left({\phi }_p\right)}{\oslash }\right)\right)$ 4:Calculate least power required ${\vartheta }_m$ 5: ${\vartheta }_m=\left(s({\phi }_p\right)\times {\displaystyle \frac{1}{\Gamma }})-PL$ 6:By using ${\vartheta }_m$ suitable carriers ${\lambda }_m$ are computed 7: ${\vartheta }_m=\left(s({\phi }_p\right)\times {\displaystyle \frac{1}{\Gamma }})-PL$ 8: $a=\frac{\left({\vartheta }_m-P_{BS}\right)}{10}$ 9: ${\lambda }_m={10}^a$ return ${\lambda }_m$