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IMAGE SENSORS, PIXEL SIZE, AND POISSON NOISE (continued)


10. KEY WORD INDEX
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key word
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ALGORITHM 9. CONCLUSION
ALLEGORY 4. RESORTING TO RAIN MEASUREMENT
ARTEFACTS 3. NOISE COMPONENTS
AVERAGING 8. COPING WITH POISSON
AVERAGING 9. CONCLUSION
BINNING 8. COPING WITH POISSON
BINNING 9. CONCLUSION
BUCKET 4. RESORTING TO RAIN MEASUREMENT
COUNTERMEASURES 9. CONCLUSION
COVERAGE 5. DERIVING SNR FROM POISSON DISTRIBUTION
COVERAGE 8. COPING WITH POISSON
DARK PORTIONS 2. WHAT IS NOISE IN PICTURES?
DARK SIGNAL NON UNIFORMITY 3. NOISE COMPONENTS
dB 6. OTHER KINDS OF NOISE FIGURES
deziBel 6. OTHER KINDS OF NOISE FIGURES
DOMAIN 5. DERIVING SNR FROM POISSON DISTRIBUTION
DSNU 3. NOISE COMPONENTS
DYNAMIC RANGE 7. CALCULATING NOISE FROM ... WATTS
EFFECTIVE NUMBER OF BITS 6. OTHER KINDS OF NOISE FIGURES
EFFECTIVE NUMBER OF GRAY LEVELS 6. OTHER KINDS OF NOISE FIGURES
ENOB 6. OTHER KINDS OF NOISE FIGURES
ENOB 8. COPING WITH POISSON
ENOB 9. CONCLUSION
ENOGL 6. OTHER KINDS OF NOISE FIGURES
EXPOSURE TIME 7. CALCULATING NOISE FROM ... WATTS
FULL WELL CAPACITY 7. CALCULATING NOISE FROM ... WATTS
FULL-WELL CAPACITY 8. COPING WITH POISSON
FULL-WELL CAPACITY 9. CONCLUSION
GAUSS 5. DERIVING SNR FROM POISSON DISTRIBUTION
GRAINYNESS 2. WHAT IS NOISE IN PICTURES?
GRAY-LEVEL RESOLUTION 8. COPING WITH POISSON
ILLUMINATION 8. COPING WITH POISSON
ILLUMINATION 9. CONCLUSION
IMAGE 0. GENERAL
IMAGE SENSORS 1. GOALS OF THIS ESSAY
IRRADIANCE 7. CALCULATING NOISE FROM ... WATTS
JOULES 7. CALCULATING NOISE FROM ... WATTS
MEAN 5. DERIVING SNR FROM POISSON DISTRIBUTION
MEAN 7. CALCULATING NOISE FROM ... WATTS
MEAN POWER SUMMATION 3. NOISE COMPONENTS
MEASUREMENT NOISE 4. RESORTING TO RAIN MEASUREMENT
NOISE-MINIMIZING 1. GOALS OF THIS ESSAY
NUMBER OF PHOTONS 7. CALCULATING NOISE FROM ... WATTS
NUMBER OF SAMPLES 5. DERIVING SNR FROM POISSON DISTRIBUTION
PHOTO RESPONSE NON UNIFORMITY 3. NOISE COMPONENTS
PHOTOGRAPH 2. WHAT IS NOISE IN PICTURES?
PHOTON CONTENTS 8. COPING WITH POISSON
PHOTONS 4. RESORTING TO RAIN MEASUREMENT
PHOTON'S ENERGY 7. CALCULATING NOISE FROM ... WATTS
PIXEL AREA 8. COPING WITH POISSON
PIXEL LIGHTNESS ERROR 2. WHAT IS NOISE IN PICTURES?
PIXEL PHOTOSITE 7. CALCULATING NOISE FROM ... WATTS
PIXEL SIZE 8. COPING WITH POISSON
PIXEL SIZE 9. CONCLUSION
POISSON 5. DERIVING SNR FROM POISSON DISTRIBUTION
POISSON NOISE 3. NOISE COMPONENTS
PRNU 3. NOISE COMPONENTS
QUANTA 4. RESORTING TO RAIN MEASUREMENT
QUANTUM EFFECTS 1. GOALS OF THIS ESSAY
QUANTUM EFFECTS 9. CONCLUSION
RADIANT ENERGY 8. COPING WITH POISSON
RADIANT EXPOSURE 8. COPING WITH POISSON
READ NOISE 3. NOISE COMPONENTS
SATURATION EXPOSURE 8. COPING WITH POISSON
SATURATION EXPOSURE 9. CONCLUSION
SATURATION PIXEL ENERGY 7. CALCULATING NOISE FROM ... WATTS
SHOT NOISE 1. GOALS OF THIS ESSAY
SHOT NOISE 3. NOISE COMPONENTS
SIGMA 5. DERIVING SNR FROM POISSON DISTRIBUTION
SIGNAL TO NOISE RATIO 5. DERIVING SNR FROM POISSON DISTRIBUTION
SILICON AREA 8. COPING WITH POISSON
SNR 1. GOALS OF THIS ESSAY
SNR 6. OTHER KINDS OF NOISE FIGURES
SPATIAL RESOLUTION 8. COPING WITH POISSON
TIMING SCHEME 8. COPING WITH POISSON
WAVES 4. RESORTING TO RAIN MEASUREMENT



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