Sentence examples for changing interference from inspiring English sources

If the latter happens, for a dominating interferer, then we observe a slowly changing interference power level along TTIs, caused only by the user mobility and fast fading.

To cap it, Kallai, who rode Jaikyl (he was fourth, half a length behind), lodged claims of foul against Ta Wee and Rising Market, changing interference on the far turn.

In many environments the sensor nodes experience external interference – for example, when the BSN is operated in the 2.4 GHz ISM band and the human moves in a densely populated city, it will likely experience WiFi interference, with a quickly changing "interference landscape".

This is a very challenging situation which requires interference mitigation tools to adapt to the dynamically changing interference.

Following the dynamic nature of the ad hoc networks, where the networks themselves are scalable and adaptive, and include spectrum sensing and dynamic re-configuration of the network parameters, interference mitigation tools are needed to be scalable and adaptive to the dynamically changing interference.

At higher error rate targets, this is less critical, and a channel-aware scheduler can even benefit from the at times slowly changing interference levels (cf. Figure 4), and can therefore make more qualified scheduling decisions leading to a higher throughput.

The speckle phenomenon is a rapidly changing interference-diffraction effect seen in a highly magnified diffraction image of a star observed with a large telescope.

It constantly adjusts to changing noise and interference conditions, making the best use of the available frequencies wherever it finds itself.Like digital mobile phones, Bluetooth increases or decreases the strength of its transmission signal according to how far away the receiver is, thus saving power.

Although the energy detector, as a non-coherent detection method, does not require any sort of prior knowledge about a PU's waveform and so is easy to implement, it is highly susceptible to in-band interference and changing noise levels [25] and cannot differentiate between signal and noise power.

Although the energy detector, as a non-coherent detection method, does not require any prior knowledge of a PU's waveform and so is easy to implement, it is highly susceptible to in-band interference and changing noise levels[14], and cannot differentiate between signal and noise power.

So, the threshold selection in itself can be problematic as the threshold highly depends on the changing noise level and the interference level.