PROJECT TITLE :

Cumulative Distribution Function of Bivariate Gamma Distribution With Arbitrary Parameters and Applications

ABSTRACT:

During this letter, we contemplate an amplify-and-forward-relay-aided secure multicarrier communication between 2 nodes with an eavesdropper. We have a tendency to solve the total secrecy rate maximization drawback by solving the subsequent 2 issues: one) subcarrier usage policy at the supply and the relay; and a couple of) power allocation among subcarriers between the supply and also the relay beneath a total system power constraint. We tend to provide a suboptimal closed-kind solution to the matter that involves mixed-integer variables and a nonlinear fractional function. The numerical results demonstrate an improved add rate by the proposed scheme over a scenario while not relay.


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