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Figure 8 Required relay power.
under the source and relay power constraints.
For the relay power, things may be different.
The instantaneous relay power can be obtained as follows: (18).
Figure 3 Interference vs. relay power P r.
Thus relay power can be calculated in each relay.
Figure 2 Information rate vs. relay power P r.
When individual relay power constraints are equal or close, the number of relays may be used as a constraint to stand for sum relay power constraints.
Considering the total relay power constraint, we have ∥w R ∥2+∥w J ∥2≤P t.
This completes the LMI version of the individual relay power constraint.
Also, scale T to satisfy the relay power constraint if the iteration terminated before convergence.
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