Sentence examples for spectral space from inspiring English sources
A method for designing a calibration set in spectral space was developed.
Spectral transformations alter the spectral space and spatial transformations alter the image space.
This convex hull forms a simplex in the spectral space, with the endmembers as spanning vertices.
The resulting transforms differ in spectral space but provide identical results for certain applications.
Zeros-padding in the spectral space represents the anti-aliasing strategy.
This work demonstrates that a calibration set designed in spectral space provided an efficient means of developing spectroscopic multivariate calibration.
From the figures, we can find that (({mathcal {M}}text {mathcal {F}})_{v_{P}}) varies substantially in the spectral spaces.
Most of the tests carried out during the evaluation were intercomparisons between models, in the real and spectral spaces (see Finlay et al., 2010, for a detailed report).
The one-second cadence data resulted in a maximum (Nyquist) frequency of 0.5 Hz, and this length of data resulted in a spectral spacing of 0.141 mHz.
The equivalence rules between operations in physical and spectral spaces are efficiently used to solve the Poisson equation introduced by the projection method.
A similar example is the case of non-orthogonal frequency division multiplexing (NOFDM), where neither the number of subcarriers, their spectral spacing, the shaping pulse (and its length), nor the symbol rate are specified [29 31].
