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Электронная библиотека Попечительского совета механико-математического факультета Московского государственного университета
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Accetta J.S., Shumaker D.L. - Electro-Optical Systems Handbook |
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Название: Electro-Optical Systems Handbook
Авторы: Accetta J.S., Shumaker D.L.
Язык:
Рубрика: Физика/
Статус предметного указателя: Готов указатель с номерами страниц
ed2k: ed2k stats
Год издания: 1993
Количество страниц: 361
Добавлена в каталог: 30.11.2010
Операции: Положить на полку |
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Предметный указатель |
spectral band 302
spectral band, aircraft surface blackbody radiant intensity 313
spectral band, background temperatures 205-206
spectral band, band selection 32
spectral band, earthshine 317-318 341
spectral band, exhaust plume emission 332-341
spectral band, skyshine 317-318 341
spectral band, solar irradiance 315 317-318
spectral band, solar reflections 341
spectral band, source radiant intensity 341
spectral band, surface radiance 327-328
spectral band, thermal emission 341
spectral band 9 32 302
spectral band, aircraft surface blackbody radiant intensity 313
spectral band, background temperatures 205-206
spectral band, band selection 32
spectral band, earthshine 317-318
spectral band, skyshine 317-318
spectral band, solar irradiance 315 317-318
spectral band, solar reflections 341
spectral band, source radiant intensity 341
spectral band, surface radiance 327-328
spectral band, thermal emission 341
92 97 98 99 100
Aberrations, optical chromatic 18
Absorption coefficients 332-333 339
Absorption, atmospheric 314 332-333
Adhesives, for lens barrels 154 156
Adhesives, for lens mounts 143-144
Adhesives, for mirror mounts 176-177
Adhesives, for prism mounts 136-137
Adhesives, for window mounts 134
Aircraft 250-251 302
Aircraft, engine hot parts 302
Aircraft, geometry 307-312
Aircraft, plumes 302 329-340
Aircraft, surface radiant intensity 312-313
Aircraft, thermal model 320-323
Algorithms, tracking, adaptive reference correlation 276-277 280
Algorithms, tracking, binary centroid 254-260 278-280
Algorithms, tracking, breaklock detection 287-288
Algorithms, tracking, circular 257
Algorithms, tracking, correlation 271-276 278-280 283
Algorithms, tracking, fixed reference correlation 280
Algorithms, tracking, gate construction 281-285
Algorithms, tracking, intensity centroid 260-263 280
Algorithms, tracking, maximum likelihood estimator 263-271 280
Algorithms, tracking, predictor/corrector algorithm 268
Algorithms, tracking, segmentation 258
Algorithms, tracking, target location estimation 254-280 292 294
Algorithms, tracking, thresholded intensity centroid 280
Aliasing 44-48 101 103 106
Aluminum 167 188-190 192
Aluminum, athermalization 178
Aluminum, thermal coefficient of expansion 170
Aluminum, thermal distortion parameter 169
Ancillary data 251 252
Apparent quantities 30-31
Arrays, detector 66-68
Arrays, scanning 103
Arrays, staring 103 106
Astigmatism 170-171
Athermalization 177-183
Athermalization, athermal compensators 179-183
Athermalization, athermal compensators, bimetallic compensators 181-183
Athermalization, athermal compensators, focus 180
Athermalization, athermal compensators, graphite epoxy composites 182-183
Athermalization, athermal compensators, lens power 179
Athermalization, athermal compensators, metering rods 182-183
Athermalization, athermal compensators, thermo-optic coefficients 179-180
Athermalization, same material athermalization 178
Athermalization, structural 177-178
Atmospheric attenuation 305 317
Atmospheric transmission, apparent 30
Autocorrelation function 33-34
automatic gain control 273
Automatic target recognition 286-287
Averaging aperture (unit cell) 7
Background parameters 266
Background radiance 305
Background-limited infrared photodetection (BLIP) 23
Background-limited infrared photodetection (BLIP), and detectivity 27
Background-limited infrared photodetection (BLIP), and NETD 27-28
Backgrounds modeling 64-65
Bandwidth, equivalent 38-39
Bar targets 42-43 81-83 91 94 200 232 235 238-240
Beer's law 332 334
Beryllium 167 188-190
Beryllium, athermalization 178
Beryllium, thermal coefficient of expansion 170
Bias 258-260
Bias error 292
Bidirectional reflectance distribution function (BRDF) 318-320 323-326
Blackbodies 302 328 334
Bose - Einstein equation 12
Breaklock detection 253 280 287-288 see
Breaklock flag 289
Breaklock test 288
Carbon dioxide 332-333
Carbon dioxide, absorption coefficient 333
Carbon monoxide 332-333
Central limit theorem 38-39
Central ordinate theorem 39
Centroid trackers 254-263
Centroid trackers, binary 254-260 262 278-280 281
Centroid trackers, binary, gate size 281
Centroid trackers, intensity 260-263 280
Centroid trackers, intensity, thresholded intensity centroid 261 280
Charge transfer devices 101 103-104
Charge transfer devices, modulation transfer function 41
Charge transfer devices, phase transfer function 41
Charge-coupled devices 103-104
Charge-coupled devices, modulation transfer function 103-104
Classification 258
Clutter 32-35 52 253 260 282 293
Clutter, and search detection probability 112
Clutter, diurnal variation of 34-35
Collimators 201 206-208
Collimators, clear aperture 207
Comb functions 45
Contrast apparent 9
Contrast irradiance 303 305
Contrast radiant intensity 305
Contrast transfer function 199 201 232-236
Contrast transfer function, phasing effects on 233
Contrast transfer function, relationship to MTF 232-233 236
Contrast transfer function, test configuration 233-234
Control theory 247 251
Convection 321-323
Convective heat transfer coefficient 322 323
Correlation trackers 271-276 278-280
Correlation trackers, gate size 282-283
Covariance 270 275
Covariance matrix 276
Cramer - Rao bound 270 275
Cross-correlation 273
Dark current 22 198
Data fusion 279
Degrees of freedom 10
Detection 7 62 84-91 see 'Search' 'Target
Detection, FLIR example 86-91
Detection, military detection 63
Detection, probability of 84
Detection, pure detection 62 84-91
Detectivity 70-71
Detectivity, D*(300) 25
Detectivity, D*(500) 24
Detectivity, specific 19 70
Detectivity, spectral 19
Detector electronics, modeling of 71
| Detector spectral response 4 7
Detectors, semiconductor spectral detectivity 21
Diffraction cutoff frequency 7
Dirac delta function 44-45
Discrete data transfer function 294
Discrete time transfer function 294
Discrimination 62 91-99 see 'Target
Discrimination, 92 97 98
Discrimination, discrimination detection 62
Discrimination, FLIR example 94-96
Discrimination, higher order 91-99
Discrimination, Johnson methodology 91-92
Discrimination, loadline procedure 96-97
Discrimination, orientation 63
Discrimination, prediction methodology 93-94
Discrimination, target classification 63 99
Discrimination, target identification 97 99
Discrimination, target recognition 63 97
Discrimination, vs target critical dimensions 92
Displays MTF 71-72 100
Distortion of windows 124
Domes see 'Windows and domes'
Drift error 292
Dynamic range 7 198
Earthshine 302 305 316-318 325 327 341
Electrical efficiency (pulse gain factor) 29
Electro-optical imaging chain 63-77
Electro-optical imaging chain, atmospheric effects 65-66
Electro-optical imaging chain, atmospheric effects, absorption 65
Electro-optical imaging chain, atmospheric effects, LOWTRAN 7 66
Electro-optical imaging chain, atmospheric effects, modeling 66
Electro-optical imaging chain, atmospheric effects, scattering 65
Electro-optical imaging chain, atmospheric effects, scintillation 66
Electro-optical imaging chain, FLIR systems 66-72
Electro-optical imaging chain, target and background 63-65
Electro-optical imaging system design 49-50
Electro-optical imaging system performance prediction 55-120
Electro-optical imaging system performance prediction, atmospheric effects 65-66
Electro-optical imaging system performance prediction, detection 84-91 97-99
Electro-optical imaging system performance prediction, FLIR performance measures 77-83 101-106
Electro-optical imaging system performance prediction, FLIR systems 66-72
Electro-optical imaging system performance prediction, higher order discrimination 91-99
Electro-optical imaging system performance prediction, search performance modeling 106-115
Electro-optical imaging system performance prediction, static performance prediction 83-106
Electro-optical imaging system performance prediction, symbols, nomenclature, and units 58-59
Electro-optical imaging system performance prediction, target acquisition 60-63
Electro-optical imaging system performance prediction, targets and backgrounds 63-65
Electro-optical imaging system performance prediction, vision (observer) 72-77
Electro-optical imaging systems analysis 1-53
Electro-optical imaging systems analysis, apparent quantities 30-31
Electro-optical imaging systems analysis, clutter noise 32-35
Electro-optical imaging systems analysis, definitions 3-7
Electro-optical imaging systems analysis, extended source focal plane flux equation 16-18
Electro-optical imaging systems analysis, extended source SNR 19-22
Electro-optical imaging systems analysis, imaging characteristics 7-9
Electro-optical imaging systems analysis, impediments to source detection 9-10
Electro-optical imaging systems analysis, noise equivalent irradiance 28-29
Electro-optical imaging systems analysis, noise equivalent temperature difference 23-28
Electro-optical imaging systems analysis, optical transfer functions 37-41
Electro-optical imaging systems analysis, photon collection 11-32
Electro-optical imaging systems analysis, point source irradiance equations 18-19
Electro-optical imaging systems analysis, point source SNR 22-23
Electro-optical imaging systems analysis, radiant energy transfer 14-15
Electro-optical imaging systems analysis, sampling and aliasing 44-48
Electro-optical imaging systems analysis, sensitivity 23-29
Electro-optical imaging systems analysis, signal-to-noise ratio 11-32 19
Electro-optical imaging systems analysis, spatial frequency response 35-44
Electro-optical imaging systems analysis, spectral band selection 31-32
Electro-optical imaging systems analysis, symbols, nomenclature, and units 5-7
Electro-optical imaging systems analysis, system design 49-50
Electro-optical imaging systems analysis, visual detection of noisy signals 48-49
Electronic boosting 39 71
Emissivity/emittance 318-320 322
Emissivity/emittance, atmospheric 313 314
Emissivity/emittance, environmental 322
Environmental radiation model 313-318 325-326
Equivalent line number 38
Ergodic systems 218
Estimation theory 247 251 see
Exhaust plumes 305 329-340
Exhaust plumes, flow properties 331
Exhaust plumes, gas absorption 332-333
Exhaust plumes, geometry 337-339
Exhaust plumes, inviscid core 334-335 337-339
Exhaust plumes, missiles 321-322 329
Exhaust plumes, MWIR plume radiation 332-340
Exhaust plumes, optical depth 334-337
Exhaust plumes, projected area 337-339
Exhaust plumes, radiance/transmittance 305 331-332 336-337 339-340
Exhaust plumes, radiant intensity 336-337 339
Exhaust plumes, radiative transport equation 331
Exhaust plumes, temperature 321
Exitance, photon 14
Exitance, radiant 14
Extended sources 16-18
Extended sources, signal-to-noise ratio 19-22
Extended sources, spectral flux equation 17-18
eye see 'Vision'
f/# 4
Fading 273
False alarms 257
Fast Fourier transforms 229 230
Fast Fourier transforms, processor 274
Field of regard 3-4 107
Field of view 3-4
Filters, finite impulse response 276-277
Filters, high-pass 216-218 227
Filters, infinite impulse response 276
Filters, Kalman 252 285 289
Filters, matched 273
Filters, single-pole 217
Filters, spectral 32
Fisher information matrix 270 275
Flows, exhaust 329-340
Focal length, effective 4
Focus 180
Forward-looking infrared (FLIR) systems 66-72
Forward-looking infrared (FLIR) systems, aliasing 101 103
Forward-looking infrared (FLIR) systems, charge transfer devices 103-104
Forward-looking infrared (FLIR) systems, FLIR90 performance model 105-106
Forward-looking infrared (FLIR) systems, FLIR92 performance model 105-106
Forward-looking infrared (FLIR) systems, higher order discrimination 91-99
Forward-looking infrared (FLIR) systems, higher order discrimination, discrimination performance example 94-96
Forward-looking infrared (FLIR) systems, image processing 104
Forward-looking infrared (FLIR) systems, image reconstruction 104
Forward-looking infrared (FLIR) systems, modeling 68-72
Forward-looking infrared (FLIR) systems, modeling, detector detectivity 70-71
Forward-looking infrared (FLIR) systems, modeling, display MTF 71-72
Forward-looking infrared (FLIR) systems, modeling, electronics 71
Forward-looking infrared (FLIR) systems, modeling, line-of-sight jitter 69
Forward-looking infrared (FLIR) systems, modeling, optics MTF 69-70
Forward-looking infrared (FLIR) systems, NETD calculation 26
Forward-looking infrared (FLIR) systems, nonuniformity 103
Forward-looking infrared (FLIR) systems, performance measures 77-83
Forward-looking infrared (FLIR) systems, performance measures, minimum detectable temperature difference 80-81
Forward-looking infrared (FLIR) systems, performance measures, minimum resolvable temperature difference 81-83
Forward-looking infrared (FLIR) systems, performance measures, noise equivalent temperature difference 78-80
Forward-looking infrared (FLIR) systems, resolution 104-106
Forward-looking infrared (FLIR) systems, sampling 101-103
Forward-looking infrared (FLIR) systems, scanning systems 66-67
Forward-looking infrared (FLIR) systems, staring systems 68
Forward-looking infrared (FLIR) systems, static performance prediction 83-91
Forward-looking infrared (FLIR) systems, static performance prediction, pure detection 84-91
Forward-looking infrared (FLIR) systems, static performance prediction, target acquisition performance example 86-91
Fourier analysis 37 68
Fourier transforms 229-230
Frame grabbers 208 217 225
Gamma spikes 273
Gaussian statistics 12 33-34
Gimbals 247 250 253 254 294
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