Current Developments in Optical Design and Optical Engineering, Volume 4SPIE, 1994 - Optical instruments |
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Page 7
... signal processing techniques that can take advantage of such a finding even if the signal process is indeed chaotic. Mostly, we will fit some nonlinear models such as neural networks to the signals, and this nonlinear model fitting does ...
... signal processing techniques that can take advantage of such a finding even if the signal process is indeed chaotic. Mostly, we will fit some nonlinear models such as neural networks to the signals, and this nonlinear model fitting does ...
Page 28
... Signals Any prior knowledge about a contaminating noise should be used in estimating the hidden signal. When ECG signal represented as x(t) is monitored in a noisy environment where noise is represented as n(t), then the measured signal ...
... Signals Any prior knowledge about a contaminating noise should be used in estimating the hidden signal. When ECG signal represented as x(t) is monitored in a noisy environment where noise is represented as n(t), then the measured signal ...
Page 298
Ulrich Karrenberg. Signal distortion as a result of signal windowing In conclusion we should like to return to the digital processing of long - lasting analog signals for instance an audio signal . The digital processing of long ...
Ulrich Karrenberg. Signal distortion as a result of signal windowing In conclusion we should like to return to the digital processing of long - lasting analog signals for instance an audio signal . The digital processing of long ...
Contents
Optical design of a twomirror asymmetrical reshaping system and its application | 10 |
Refractive indices of liquids in the infrared spectral region 226303 | 19 |
study and analysis 226306 | 33 |
Copyright | |
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alignment angle aperture aspheric surfaces AXAF axial beam calculated chromatic aberration coating collimated collimated light components configuration curve detector diameter diffraction dimple dispersion entrance pupil equation error error function fabrication fiber Figure film focal length focus Fresnel fringe function fundus camera Gaussian Gaussian beam glass Hindle holographic illumination influence coefficients interferogram interferometer irradiation laser LC cell lens lenses light liquid material Mathieu function matrix measured method metrology mode MPROS null object optical axis optical design optical elements optical system parameters pattern phase photoelement pixel plane polarization position profilometer radius ray aberration ray tracing reference frame refractive index RMS-roughness rotation sample scan disc scanner sensor shown in Fig signal sol-gel speckle speckle images specklegram spherical SPIE spot strip mirror substrate technique telescope thermal thickness tilt transmission wave aberration wavefront waveguides wavelength Zernike polynomials