Sentence examples for sir measures from inspiring English sources

The SIR measures the attenuation of the interference with respect to the desired speech signal, and the SAR evaluates the level of artifacts (e.g. musical noise) in the processed signal.

On the other hand, the SIR measures the amount of energy from the interfering sources suppressed by the mask, and it is given by SIR = ∥ M ( k, m ) · S ( k, m ) ∥ 2 ∥ M ( k, m ) · N ( k, m ) ∥ 2. (3).

The average improvement in SIR measured across all separated sources for all evaluations is depicted in Figure 2, where the average input SIR was measured at -4.20 dB (consistent with the studies in [14, 15]).

In case that SIR measured at Rx node B is below the given threshold η TX, Tx node C of the low-priority link must yield to protect the high-priority link, which is referred to as Tx yielding.

In other words, SIR measured at the Rx nodes that receive a CTS signal transmitted by Rx node B with inverse echo power must be larger than the Rx yielding threshold.

As the SIR measured at Rx node B is given by the reciprocal of the inverse echo power P E, the Rx node B must adjust its CTS power so that the inverse echo power may be reduced.

Reader-to-reader interference reduces the value of SIR measured at reader x: since the power of the signal backscatterd by tags keeps constant, this reduces the interrogation range of reader x.

The first such instrument, invented by British mathematician Samuel Christie and popularized in 1843 by Sir Charles Wheatstone, measures resistance by comparing the current flowing through one part of the bridge with a known current flowing through another part.

Second, we computed spatial information rate (SIr), which measures spatial information in bits per second.

The SIR value measured at the minimum received sensitivity is expressed as (31).

For larger values of the SIR, the measured EVM values are the same for both burst profiles and slightly larger than those without interference and AWGN noise.