Accetta J.S., Shumaker D.L. — Electro-Optical Systems Handbook :: Электронная библиотека попечительского совета мехмата МГУ

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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 | Скопировать ссылку для форума | Скопировать ID

Предметный указатель

$3- to 5-\mu m$ spectral band      302
$3- to 5-\mu m$ spectral band, aircraft surface blackbody radiant intensity      313
$3- to 5-\mu m$ spectral band, background temperatures      205—206
$3- to 5-\mu m$ spectral band, band selection      32
$3- to 5-\mu m$ spectral band, earthshine      317—318 341
$3- to 5-\mu m$ spectral band, exhaust plume emission      332—341
$3- to 5-\mu m$ spectral band, skyshine      317—318 341
$3- to 5-\mu m$ spectral band, solar irradiance      315 317—318
$3- to 5-\mu m$ spectral band, solar reflections      341
$3- to 5-\mu m$ spectral band, source radiant intensity      341
$3- to 5-\mu m$ spectral band, surface radiance      327—328
$3- to 5-\mu m$ spectral band, thermal emission      341
$8- to 12-\mu m$ spectral band      9 32 302
$8- to 12-\mu m$ spectral band, aircraft surface blackbody radiant intensity      313
$8- to 12-\mu m$ spectral band, background temperatures      205—206
$8- to 12-\mu m$ spectral band, band selection      32
$8- to 12-\mu m$ spectral band, earthshine      317—318
$8- to 12-\mu m$ spectral band, skyshine      317—318
$8- to 12-\mu m$ spectral band, solar irradiance      315 317—318
$8- to 12-\mu m$ spectral band, solar reflections      341
$8- to 12-\mu m$ spectral band, source radiant intensity      341
$8- to 12-\mu m$ spectral band, surface radiance      327—328
$8- to 12-\mu m$ spectral band, thermal emission      341
${N}_{50}$       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, ${N}_{50}$       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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