Sentence examples for time of the interference from inspiring English sources

On a K n ×K n+1 MIMO interference channel, assuming K n ≤K n+1, there are (C^{K_{n}}_{K_{n+1}}) (i.e., selections of K n numbers of a set with K n+1 numbers where order is regarded) possible choices, which leads to a multiple of (frac {K_{n}!}{(K_{n}-K_{n+1})!}) to the running time of the interference channel without selection.

The Talbot time defines the time scale of the interference.

where the unknown parameters D 1 and D 2 are the time delays of the target signal on the two hydrophones, D i1 and D i2 are the time delays of the interference, and n 1 and n 2 are additive noises on the two hydrophones.

Note the SNR time series of the interference signal.

These studies were performed under static traffic models, therefore limiting the time variability of the interference.

The time evolution of the interference is studied, analysing the required dynamism for interference mitigation solutions in these topologies.

Given the relative time delays of the interference alignment, interference cancellation is performed on the PHAT output, yielding the result shown in Fig. 8b.

The two deployments exhibited a strikingly similar behaviour in the different traffic load regions: both the performance figures and the time variability of the interference were comparable.

In a scenario with user mobility or with a smaller packet size, the time variability of the interference would increase, further reinforcing the need for more dynamic solutions.

Then the change rule of time delay of the interference signal can be expressed as dτ(t)/dt = v t), where τ(t) and v t) are the towing distance and towing speed, respectively.

The magnitude and time variability of the interference in the network will be dealt with afterwards, finally offering an estimation of the potential benefits that could be obtained from interference mitigation.