Sentence examples for spectral span from inspiring English sources

The spectral span of images used for training and testing is same in this scene.

The implementation of FBSC can be viewed using FB to perform digital filtering in the channelizer domain; filtering is achieved by altering the gain and phase over each spectral span presented at analysis filter bank (AFB) outputs.

Computations show that a DFF can be designed where the overall dispersion can be restricted within ±1 ps/km-nm over the entire spectral span ranging from 1290 to 1540 nm (250 nm) exhibiting a very small maximum value of dispersion slope (±0.02 ps/(nm2-km)) in particular.

With an experimental dispersion of 0.7 micropad shift equivalent to 1 nm spectral span, this change of wavelength allows to change the resonance peak position from micropad m~29 to m~10 and be able to cover the whole range of optical index [1.333-1.474] in the same optical configuration (same incidence angle).

The photocurrent has an extended spectral range spanning from the ultraviolet (UV) to the infrared (IR).

Figure 2 Snapshots of magnetic energy spectra in the spectral domain spanning the perpendicular components of the wavevectors.

The Advanced Microwave Sounding Unit (AMSU), first launched in 1998, provides measurements in 20 noncontiguous spectral bands spanning approximately 23 to 190 GHz.

In this problem, emotion has temporal structure and can be encoded as a sequence of spectral vectors spanning an article range.

The corresponding user requirements have driven the design toward a dependable multi-spectral Earth-observation system featuring the Multi Spectral Instrument (MSI) with 13 spectral bands spanning from the visible and the near infrared to the short wave infrared.

Current sensor spectral response, spans 2500 nm 5000 nm via use of a pentanary alloy LED/photodiode optopair grown by molecular beam epitaxy (MBE), resulting in sensor sensitivity to gases with absorption bands in this region, including N2O.

The fluctuation data are obtained first in the space-time coordinates and are then transformed into the spectral domain spanning the wavevectors and frequencies by using the fast Fourier transform algorithm.