Sentence examples for much larger bandwidth from inspiring English sources

Acceptable audio quality under certain circumstances may be achieved with a bandwidth as small as five kilohertz, as in AM radio; a much larger bandwidth is needed for transmitting a moving picture because it is necessary to convey the overall average light content of a picture as well as the picture detail.

The spreading sequence has a much larger bandwidth than the information signal T c <

With much larger bandwidth, UWB is expected to outperform DSSS for transmission secrecy [22].

The problem is that the uplink flows obtain much larger bandwidth than the downlink flows, especially when there are a large number of wireless clients in the network.

While WDM-based optical networks have much larger bandwidth capacity to meet the ever-growing traffic demand in data centers, they pose challenges due to wavelength continuity constraint and the nature of circuit switching.

In general, the bandwidth may not be equally shared among users in the same WLAN, because some users may utilize greedy applications that consume much larger bandwidth and consequently prevent other applications from connecting to the Internet.

Spectrum above 6 GHz Meeting the 5G user expectations will require much larger bandwidths as today, in the order of 2 GHz, which can only be available at frequencies above 27 GHz (e.g., 27.5 to 29.5 GHz; 40.5 to 42.5 GHz; 47.2 to 50.2 GHz; 57 to 76 GHz; or 81to 86 GHz).

Modern radio telescopes observe simultaneously at a large number of frequencies by dividing the signals up into as many as several thousand separate frequency channels that can range over a much larger total bandwidth of tens to hundreds of megahertz.

Both IG and CS have a potential to improve radar processing because of the emphasis on the information density in received data instead of the much larger sensing bandwidth.

Figure 6 Finite-system EGOS rates for different cell radiuses when = 20 kHz. Figure 7 shows the asymptotic EGOS rate when using a much larger average bandwidth = 400 kHz.

The problem defined here is not specific to UWB based CR systems only, but in general it applies to any CR systems with a bandwidth much larger than the bandwidth of the potential victim services (i.e., the PUs) in the network.