Exact(44)
Fig. 6 Optimal secondary throughput R* in iteration.
Fig. 8 Secondary throughput R versus self-interference threshold Γ when P p = 0.15W Fig. 9 Secondary throughput R versus self-interference threshold Γ when P p = 0.35W.
It is necessary to design an optimal policy to maximize secondary throughput.
This is because the secondary throughput reduces with N due to the channel structure.
Then, the secondary throughput derivation and the problem of maximizing the throughput of secondary system is formulated and solved in Section 3. Section 4 presents simulation results of secondary throughput.
This means that for a given target PD, an optimal sensing time can be found to maximize the secondary throughput.
Similar(16)
The sensing time allocation problem consists in finding the optimal sensing window length {M1,..., M N } that minimize a cost function f (R1,..., R N ) depending on the secondary throughputs.
Figure 5 Secondary user throughput versus power budget.
Figure 13 Secondary user throughput vs. sub-carrier bandwidth.
To find the optimal access strategy, we formulate secondary network throughput as an optimization problem.
We present a randomized access strategy to maximize total secondary network throughput.
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