Sentence examples for explicit outage from inspiring English sources

Because we do not have an explicit outage probability expression, we resort to using SPSA, a type of stochastic optimization algorithm, to numerically search for the new power codebook [22].

We simulate the explicit closed-form expression of outage probability with different parameters compared with the related Monte Carlo method.

With the help of some approximations, we got the explicit closed-form expression of outage probability of cooperative system over Nakagami-m fading.

With the help of some approximations, we got the explicit closed-form expression of outage probability of cooperative system based on the nonidentical Nakagami-m fading channels.

For such a system, we derive an explicit closed-form expression of outage probability over Nakagami-m fading channels, where the on-off EH model is considered.

For such a system, we derive an explicit closed-form expression of outage probability over Nakagami-m fading channels for both amplify-and-forward (AF) and decode-and-forward (DF) relay protocols, and we verify the explicit closed-form expressions of outage probability with the Monte Carlo method.

From (26), we can see that the explicit expression for the system outage probability in (28) can be defined after determining the CDF of ({gamma ^{prime }_{{text {AR}}}}), ({gamma ^{prime }_{{text {BR}}}}), and γe.

To evaluate the secondary system quality, an explicit expression for the system outage probability (OP) and its closed form in the high signal-to-noise region (SNR) is presented.

While most of the contributions have focused on a particular performance measure such as coverage probability or outage probability, an explicit derivation of the probability distribution for signal and interference has also been investigated [9, 10].

At last, we verify the outage probability of the explicit closed-form expressions with the Monte Carlo statistical method.

Outage probability is however an explicit function of all distances from receiver to every interferer.