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0 ≤ x km ≤ 1. b r : Bandwidth allocation variables allocated to the r th relay's feeder link borrowed from the frames other than the current one t.
b r ≥ 0. Δ r ̂ : Bandwidth allocation variables in terms of resource blocks allocated to the r th relay's feeder link during the current frame t. 0 ≤ Δ r ̂ ≤ M. ε k : Duplex time sharing variables showing the time allocation to the k th user ′ s access link.
The solution to the problem requires solving: resource allocation variables at relays x km, bandwidth allocation variables in current dedicated slots Δ r ̂, and bandwidth allocation variables of surplus b r.
Thus, frame index t is added to the slot allocation variables.
Due to the changes in the original problem statement, the slot allocation variables used before become time-dependent.
where X and P s are (K + 1) × M × N arrays consisting of all binary assignment variables x km n and power allocation variables P s, km n.
Similar(30)
The authors also formulate CMCLAP and CGMCLAP models in which an allocation variable has been added.
Therefore, the authors add an allocation variable to the CMCLP and CGMCLP models for non-physical signals.
To make the cooperative models more applicable for non-physical signals, an allocation variable was added to the CMCLP and CGMCLP models.
To satisfy the per-node power constraints, we let the power allocation variable be q k = 1 μ n ∑ i ∈ A n ∥ w i, k ∥ 2 (7).
The code allocation variable (tilde {n}_{ji}(t)) refers to the number of codes that the j-th BS assigns to the i-th user.
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