Infrared Technology: Fundamentals and Systems Applications, Part 2College of Engineering, University of Michigan., 1995 |
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A.P. HILL absorption algorithm analysis Applications Signal Processing architectures array atoms background beam binary camera cavity dumping coherence coherence length collimating Conferences Infrared Technology Detection Infrared Technology Detector Diffraction diode laser distribution electronic emitted energy levels Engineering Conferences Infrared Figure flow frequency function Fundamentals & System Fundamentals Course geometric greyscale He-Ne heat histogram illumination image data image processing Infrared Technology Signal intensity irradiance laser cavity laser diode lens machine vision machine vision systems matched filter Michigan Engineering Conferences mode molecules N₂ neighborhood noise nonlinear object operations optical correlator output performance photons pixel population inversion problems Processing For Target processors pulse pump Q-switching radiance radiant exitance radiation radiative reflectance region resonant sampling satellite scanner Signal Processing spatial spectral spectrum stimulated emission Summer 95 System Applications Signal Target Detection Infrared technique Technology Signal Processing thermal threshold transformations wavelength