Sentence examples for db in the case from inspiring English sources

Both signatures appear in the form of a dip, of ~2 dB in the case of the large microspheres and 0.25 dB in the case of the small ones (Figure 8d and 8e).

A comparison between the proposed CCA and conventional antenna techniques that give the same cell specifications shows that the link performance in terms of the bit energy-to-noise power spectral density ratio can be increased by 11.37 dB for cells of 8 km radius and by 16.8 dB in the case of 30 km radius cells which indicates the capability of establishing HAPWSN at 2.4 GHz.

As can be observed from the figures, CAUEP has the best performance, outperforming UEPZW by around 0.2 dB in the case of foreman sequence and by around 0.3 to 1 dB in the case of carphone and stefan.

Moreover, can also be set to a very high level, for example, 36 dB in the case of.

Furthermore, the soft decision technique leads to a gain compared to the hard decision of 3 dB in the case of N = 256.

For instance, looking at Figure 6, the performance gain at increases up to 6 dB in the case of, and up to 4 dB considering.

In the former case, we set k0=41 dB, k1=13.03 (β=3), and Lth=70 dB; while in the case of the inter-VAA communication channel, we set k0=15 dB and we vary β (k1) for the inter-VAAs transmission (Lth is not fixed in this case, since we assume that the different VAAs are always connected).

The effects of noise alone appear to have less of an impact upon separation ability than the reverberation for the FCM clustering; for example, when the SNR is varied from 30 to 10 dB, there is a change in SIR gain of between 3 and 5 dB, with just a 1 dB change in the case of babble noise.

The means are around 0 dB in this case too, and the standard deviation has quite similar values.

It uses Web Map Service (WMS) standard to connect to Spatial DB (in this case PostGIS) and render the spatial features stored in the databases.

Insertion loss in the 60 mm-length transmission line was 0.1 dB higher in the case of the printed (thick) line than in that of the etched line.