Harvard |

Harvard

Matches in Harvard for { <http://id.lib.harvard.edu/aleph/007957876/catalog> ?p ?o. }

Showing items 1 to 36 of 36 with 100 items per page.

catalog alternative "Charge-coupled devices arrays, cameras, and displays".
catalog contributor b11033542.
catalog created "c1998.".
catalog date "1998".
catalog date "c1998.".
catalog dateCopyrighted "c1998.".
catalog description "1.1. CCDs and CIDs 2 -- 1.2. Imaging system applications 3 -- 1.2.1. Professional television and consumer camcorders 5 -- 1.2.2. Machine vision 5 -- 1.2.3. Scientific 6 -- 1.2.4. Military 7 -- 1.3. Configurations 7 -- 1.4. Image quality 11 -- 2. Radiometry and Photometry 16 -- 2.1. Radiative transfer 17 -- 2.1.1. Planck's blackbody law 19 -- 2.1.2. Conservation of energy 22 -- 2.1.3. Camera formula 22 -- 2.2. Photometry 26 -- 2.2.1. Units 28 -- 2.2.2. Natural illumination levels 30 -- 2.3.1. Calibration sources 32 -- 2.3.2. Real sources 33 -- 2.4. Normalization 35 -- 2.5. Responsivity 37 -- 3. CCD Arrays 42 -- 3.1. CCD operation 43 -- 3.2. Array architecture 53 -- 3.2.1. Linear arrays 54 -- 3.2.2. Full-frame arrays 55 -- 3.2.3. Frame transfer 58 -- 3.2.4. Interline transfer 60 -- 3.2.5. Progressive scan 64 -- 3.2.6.".
catalog description "225 -- 9.3. Superposition applied to optical systems 226 -- 9.4. Contrast transfer function 228 -- 10. System MTF 233 -- 10.1. Spatial frequency 235 -- 10.2. Optics MTF 238 -- 10.3. Detectors 240 -- 10.3.1. Diffusion MTF 241 -- 10.3.2. Charge transfer efficiency 244 -- 10.3.3. TDI 245 -- 10.3.4. Optical anti-alias filter 248 -- 10.4. Motion 251 -- 10.4.1. Linear motion 251 -- 10.4.2. Random motion (jitter) 252 -- 10.5. Electronic filters 254 -- 10.5.1. Digital filters 256 -- 10.5.2. Sample-and-hold 259 -- 10.5.3. Post-reconstruction filter 260 -- 10.5.4. Boost 261 -- 10.6. Display 262 -- 10.7. Eye response 265 -- 10.8. Intensified CCD 269 -- 10.9. Sampling effects 270 -- 11. Image Quality 275 -- 11.1. Resolution metrics 277 -- 11.1.1. Analog resolution metrics 279 -- 11.1.2. Sampled data systems 281 -- 11.1.3.".
catalog description "CRT overview 173 -- 7.2.1. Monochrome displays 175 -- 7.2.2. Color displays 176 -- 7.2.3. HDTV 178 -- 7.3. Spot size 178 -- 7.4. Pixels 181 -- 7.5. Resolution 186 -- 7.5.1. Vertical resolution 186 -- 7.5.2. Theoretical horizontal resolution 187 -- 7.5.3. TV limiting resolution 187 -- 7.5.4. MTF 188 -- 7.6. Addressability 189 -- 7.7. Shades of gray 194 -- 7.8. Character recognition 195 -- 7.9. Contrast 197 -- 8. Sampling Theory 199 -- 8.1. Sampling theorem 202 -- 8.2. Aliasing 202 -- 8.3. The detector as a sampler 206 -- 8.3.1. Detector MTF 206 -- 8.3.2. Detector array nyquist frequency 209 -- 8.3.3. Image distortion 212 -- 8.4. Aliasing in frame grabbers and displays 217 -- 9. MTF Theory 219 -- 9.1. MTF definition 221 -- 9.2. Linear filter theory 223 -- 9.2.1. The EO system as a linear system 223 -- 9.2.2. Cascading MTFs".
catalog description "Camera operation 123 -- 5.2. Video formats 125 -- 5.2.1. Video timing 127 -- 5.2.2. Component/composite signals 131 -- 5.2.3. IRE units 132 -- 5.2.4. Digital television 134 -- 5.2.5. HDTV 135 -- 5.3. Consumer/broadcast cameras 137 -- 5.3.1. The knee 138 -- 5.3.2. Color correction 138 -- 5.3.3. Gamma compensation 142 -- 5.3.4. "Aperture" correction 145 -- 5.4. Industrial/scientific cameras 146 -- 5.4.1. Analog-to-digital converters 148 -- 5.4.2. Intensified CCDs 149 -- 6. Camera Performance 155 -- 6.1. Standard camera 155 -- 6.1.1. Signal 156 -- 6.1.2. Camera signal-to-noise ratio 160 -- 6.1.3. Noise equivalent input 161 -- 6.1.4. Noise equivalent reflectance 162 -- 6.2. Intensified CCD camera 163 -- 6.2.1. Signal 164 -- 6.2.2. ICCD noise 165 -- 6.2.3. ICCD SNR 166 -- 7. CRT-Based Displays 169 -- 7.1. The observer 171 -- 7.2.".
catalog description "Includes bibliographical references and index.".
catalog description "Shade's equivalent resolution 285 -- 11.2. MTFA 286 -- 11.3. Subjective quality factor 288 -- 11.4. Square-root integral 289 -- 12. Minimum Resolvable Contrast 293 -- 12.1. The observer 294 -- 12.1.1. Perceived signal-to-noise ratio 295 -- 12.1.2. Perceived resolution 299 -- 12.1.3. The eye/brain "filter" 300 -- 12.2. Three-dimensional noise model 301 -- 12.3. The MRC model 306 -- 12.4. Snrth and te 310 -- 12.5. Two-dimensional MRC 313 -- 12.6. Range predictions 314 -- 12.6.1. Contrast transmittance 314 -- 12.6.2. Johnson criteria 317 -- 12.6.3. Target transfer probability function 318 -- 12.6.4. Range prediction methodology 320 -- 12.6.5. Sampling effects 323.".
catalog description "Time-delay and integration 66 -- 3.2.7. Color filter arrays 70 -- 3.3. Dark current 73 -- 3.4. Dark pixels 76 -- 3.5. Anti-blooming drain 78 -- 3.6. Charge transfer efficiency 79 -- 3.7. Charge conversion (output structure) 82 -- 3.8. Correlated double sampling 83 -- 3.9. Microlenses 85 -- 3.10. Video chip size 86 -- 3.11. Defects 87 -- 4. Array Performance 90 -- 4.1. Signal 91 -- 4.1.1. Spectral response 92 -- 4.1.2. Responsivity 97 -- 4.1.3. Minimum signal 102 -- 4.1.4. Maximum signal 102 -- 4.1.5. Dynamic range 103 -- 4.2. Noise 104 -- 4.2.1. Shot noise 108 -- 4.2.2. Reset noise 109 -- 4.2.3. On-chip amplifier noise 110 -- 4.2.4. Off-chip amplifier noise 111 -- 4.2.5. Quantization noise 111 -- 4.2.6. Pattern noise 113 -- 4.2.7. Photon transfer 115 -- 4.3. Array signal-to-noise ratio 119 -- 5. Cameras 122 -- 5.1.".
catalog extent "xxiii, 378 p. :".
catalog hasFormat "CCD arrays, cameras, and displays.".
catalog identifier "0819428531 (SPIE)".
catalog identifier "0964000040 (JCD)".
catalog isFormatOf "CCD arrays, cameras, and displays.".
catalog issued "1998".
catalog issued "c1998.".
catalog language "eng".
catalog publisher "Winter Park, FL : JCD Publishing ; Bellingham, Wash., USA : SPIE Optical Engineering,".
catalog relation "CCD arrays, cameras, and displays.".
catalog subject "621.36/7 21".
catalog subject "Charge coupled devices.".
catalog subject "Information display systems.".
catalog subject "TK7871.99.C45 H65 1998".
catalog tableOfContents "1.1. CCDs and CIDs 2 -- 1.2. Imaging system applications 3 -- 1.2.1. Professional television and consumer camcorders 5 -- 1.2.2. Machine vision 5 -- 1.2.3. Scientific 6 -- 1.2.4. Military 7 -- 1.3. Configurations 7 -- 1.4. Image quality 11 -- 2. Radiometry and Photometry 16 -- 2.1. Radiative transfer 17 -- 2.1.1. Planck's blackbody law 19 -- 2.1.2. Conservation of energy 22 -- 2.1.3. Camera formula 22 -- 2.2. Photometry 26 -- 2.2.1. Units 28 -- 2.2.2. Natural illumination levels 30 -- 2.3.1. Calibration sources 32 -- 2.3.2. Real sources 33 -- 2.4. Normalization 35 -- 2.5. Responsivity 37 -- 3. CCD Arrays 42 -- 3.1. CCD operation 43 -- 3.2. Array architecture 53 -- 3.2.1. Linear arrays 54 -- 3.2.2. Full-frame arrays 55 -- 3.2.3. Frame transfer 58 -- 3.2.4. Interline transfer 60 -- 3.2.5. Progressive scan 64 -- 3.2.6.".
catalog tableOfContents "225 -- 9.3. Superposition applied to optical systems 226 -- 9.4. Contrast transfer function 228 -- 10. System MTF 233 -- 10.1. Spatial frequency 235 -- 10.2. Optics MTF 238 -- 10.3. Detectors 240 -- 10.3.1. Diffusion MTF 241 -- 10.3.2. Charge transfer efficiency 244 -- 10.3.3. TDI 245 -- 10.3.4. Optical anti-alias filter 248 -- 10.4. Motion 251 -- 10.4.1. Linear motion 251 -- 10.4.2. Random motion (jitter) 252 -- 10.5. Electronic filters 254 -- 10.5.1. Digital filters 256 -- 10.5.2. Sample-and-hold 259 -- 10.5.3. Post-reconstruction filter 260 -- 10.5.4. Boost 261 -- 10.6. Display 262 -- 10.7. Eye response 265 -- 10.8. Intensified CCD 269 -- 10.9. Sampling effects 270 -- 11. Image Quality 275 -- 11.1. Resolution metrics 277 -- 11.1.1. Analog resolution metrics 279 -- 11.1.2. Sampled data systems 281 -- 11.1.3.".
catalog tableOfContents "CRT overview 173 -- 7.2.1. Monochrome displays 175 -- 7.2.2. Color displays 176 -- 7.2.3. HDTV 178 -- 7.3. Spot size 178 -- 7.4. Pixels 181 -- 7.5. Resolution 186 -- 7.5.1. Vertical resolution 186 -- 7.5.2. Theoretical horizontal resolution 187 -- 7.5.3. TV limiting resolution 187 -- 7.5.4. MTF 188 -- 7.6. Addressability 189 -- 7.7. Shades of gray 194 -- 7.8. Character recognition 195 -- 7.9. Contrast 197 -- 8. Sampling Theory 199 -- 8.1. Sampling theorem 202 -- 8.2. Aliasing 202 -- 8.3. The detector as a sampler 206 -- 8.3.1. Detector MTF 206 -- 8.3.2. Detector array nyquist frequency 209 -- 8.3.3. Image distortion 212 -- 8.4. Aliasing in frame grabbers and displays 217 -- 9. MTF Theory 219 -- 9.1. MTF definition 221 -- 9.2. Linear filter theory 223 -- 9.2.1. The EO system as a linear system 223 -- 9.2.2. Cascading MTFs".
catalog tableOfContents "Camera operation 123 -- 5.2. Video formats 125 -- 5.2.1. Video timing 127 -- 5.2.2. Component/composite signals 131 -- 5.2.3. IRE units 132 -- 5.2.4. Digital television 134 -- 5.2.5. HDTV 135 -- 5.3. Consumer/broadcast cameras 137 -- 5.3.1. The knee 138 -- 5.3.2. Color correction 138 -- 5.3.3. Gamma compensation 142 -- 5.3.4. "Aperture" correction 145 -- 5.4. Industrial/scientific cameras 146 -- 5.4.1. Analog-to-digital converters 148 -- 5.4.2. Intensified CCDs 149 -- 6. Camera Performance 155 -- 6.1. Standard camera 155 -- 6.1.1. Signal 156 -- 6.1.2. Camera signal-to-noise ratio 160 -- 6.1.3. Noise equivalent input 161 -- 6.1.4. Noise equivalent reflectance 162 -- 6.2. Intensified CCD camera 163 -- 6.2.1. Signal 164 -- 6.2.2. ICCD noise 165 -- 6.2.3. ICCD SNR 166 -- 7. CRT-Based Displays 169 -- 7.1. The observer 171 -- 7.2.".
catalog tableOfContents "Shade's equivalent resolution 285 -- 11.2. MTFA 286 -- 11.3. Subjective quality factor 288 -- 11.4. Square-root integral 289 -- 12. Minimum Resolvable Contrast 293 -- 12.1. The observer 294 -- 12.1.1. Perceived signal-to-noise ratio 295 -- 12.1.2. Perceived resolution 299 -- 12.1.3. The eye/brain "filter" 300 -- 12.2. Three-dimensional noise model 301 -- 12.3. The MRC model 306 -- 12.4. Snrth and te 310 -- 12.5. Two-dimensional MRC 313 -- 12.6. Range predictions 314 -- 12.6.1. Contrast transmittance 314 -- 12.6.2. Johnson criteria 317 -- 12.6.3. Target transfer probability function 318 -- 12.6.4. Range prediction methodology 320 -- 12.6.5. Sampling effects 323.".
catalog tableOfContents "Time-delay and integration 66 -- 3.2.7. Color filter arrays 70 -- 3.3. Dark current 73 -- 3.4. Dark pixels 76 -- 3.5. Anti-blooming drain 78 -- 3.6. Charge transfer efficiency 79 -- 3.7. Charge conversion (output structure) 82 -- 3.8. Correlated double sampling 83 -- 3.9. Microlenses 85 -- 3.10. Video chip size 86 -- 3.11. Defects 87 -- 4. Array Performance 90 -- 4.1. Signal 91 -- 4.1.1. Spectral response 92 -- 4.1.2. Responsivity 97 -- 4.1.3. Minimum signal 102 -- 4.1.4. Maximum signal 102 -- 4.1.5. Dynamic range 103 -- 4.2. Noise 104 -- 4.2.1. Shot noise 108 -- 4.2.2. Reset noise 109 -- 4.2.3. On-chip amplifier noise 110 -- 4.2.4. Off-chip amplifier noise 111 -- 4.2.5. Quantization noise 111 -- 4.2.6. Pattern noise 113 -- 4.2.7. Photon transfer 115 -- 4.3. Array signal-to-noise ratio 119 -- 5. Cameras 122 -- 5.1.".
catalog title "CCD arrays, cameras, and displays / Gerald C. Holst.".
catalog title "Charge-coupled devices arrays, cameras, and displays".
catalog type "text".