The phrase "attenuation points" is correct and usable in written English.
It can be used in contexts related to signal processing, telecommunications, or any field discussing the reduction of signal strength.
Example: "The engineer identified several attenuation points in the network that needed to be addressed to improve overall performance."
Alternatives: "signal reduction points" or "diminution points".
The channel gain includes atmospheric attenuation, pointing error effects and atmospheric turbulence.
The implications of some of the conclusions reached for the practical achievement of effective sound attenuation are pointed out.
No filters or correction methods, such as scatter correction, attenuation correction, point spread function, and TOF, were used.
Control design is a rich problem which requires consideration of many issues such as load disturbance attenuation, set-point tracking, robustness with respect to process variations and model uncertainty, and effects of measurement noise.
Here, we use laser ultrasonic to simulate the transient response of visco-elastic Rayleigh wave, because pulsed laser sources provide a nondestructive, non-contact means of wide bandwidth acoustic wave generation, especially, its good repetition will be good for attenuation measurement; point excited source is adopted to focus easily on producing higher-frequency wave for attenuation measurement.
The setup for the conventional pulse sequence consisted in a 2 s-long on-resonance presaturation of water signal (54 65 dB for power level attenuation), 32k data point, and 248 scans.
Although conventionally beyond 6 GHz spectrum has been discarded due to its high attenuation, recent research points towards its potential use for backhaul, D2D and even cellular communications [38].
Observations of events with amplitudes in between those of large dSpikes and small dSpikes (spikelets) are rare, because the transition from a large dSpike to a small dSpike occurs over very short distances due to the large attenuation at branch points (Katz et al., 2009).
The control design is applied to disturbance attenuation and set-point tracking in the so-called heave problem in oil well drilling.
These criteria may include connectivity to a seed point, attenuation coefficient within a specific range, or presence within specific manually defined geometric boundaries.
