Sentence examples for compression input from inspiring English sources

Amplifiers can also be characterized along with a number of performance parameters: frequency response, gain or phase versus power output, –1 dB gain compression, input and output impedance matches, and return loss.

Recently, referential compression schemes, storing only the differences between a to-be-compressed input and a known reference sequence, gained a lot of interest in this field.

The language of compression uses input and output to uphold the distinction between reality and its representation, reproducing traditional philosophy in the process.

The performances of the two models for data at different compression and input excitation levels are compared, and modifications to the structure of the fractional derivative model are briefly explored.

The compression of input symbols in time provides additional degrees of freedom which can be exploited for the waveform design.

In this regard, a compression of channel input symbols in time is given, such that MTx channel input symbols are emitted in the unit time interval Ts.

This has been achieved through a linear compression of the input signal in order to achieve operation of the core in a reduced bias current.

Principal component analysis (PCA) compression of the input spectral data accelerates significantly the computation (<16 s) at a relatively low cost in precision (RMSEP < 3.24%).

The simultaneous use of many classes of network behaviors allows for the unsupervised learning/categorization of perceptual patterns (through input compression) and the concurrent encoding of proximities in a multidimensional space.

Secondly, a body-effect linearity controlled pre-power amplifier is presented exhibiting a 5 dB m input compression point (ICP1) variation under 1.8 V power supply for half the current consumption.

When using compression on multiple input frames, we consider both individual- and difference-frame methods as described below.