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the noise ... enoughto causeimage degradation
quantizing noise(passive) caused byimage degradation
random noise(passive) caused byimage degradation
the “ signal to noise ” ratio(passive) is caused byImage degradation
dark current noise(passive) caused byimage deterioration
hand or camera shake(passive) caused byimage degradation
no problem ... it becomes possibleto preventimage degradation
noise , distortion , and compression artifacts [ 1(passive) caused byimage degradation
the noise that arises during analog processing while at the same time delivering an extremely high signal conversion speed(passive) caused byimage degradation
some environmental influences such as vibration , noise and illuminationwill causeimage degradation
a camera shake as convolution using a filter(passive) caused byimage degradation
It is thereby possibleto preventimage degradation
Samsung Magic Upscale Magic Upscale Technologypreventsimage degradation
object vibration(passive) caused byimage deterioration
Wafer vibrationcan causeimage degradation
sinusoidal vibration(passive) caused byimage degradation
the noise that arises during analogue processing(passive) caused byimage degradation
A and B ... specific noise occursmay causeimage degradation
stray light which passes through the lens but is not focused to form the primary image(passive) caused byImage degradation
the liquid deposition interference(passive) caused byimage degradation
that require accurate interpolationsto preventimage deterioration
scanning * Edge noise removal in bilevel(passive) caused byimage degradation
an image blur resulting from camera shake(passive) caused byimage deterioration
153 - 7 - 26454 - 473 - 5 Magic Upscale Technologypreventsimage degradation
the introduction of a variety of noise and error conditionscauseimage degradation
increased levels of noise immunity ... helpsto preventimage degradation
the noise that arises during analog processing while at the same time delivering a high signal conversion speed(passive) caused byimage degradation
peristalsis and respiratory motion(passive) caused byimage degradation
respiratory motion during a positron emission tomography ( PET ) scan(passive) caused byimage degradation
the increase of circuit size and the generation of cyclic noisecausesimage deterioration
a meandering scan in the ` image(passive) caused byimage degradation
Magic Upscale featurepreventsimage degradation
defocus ... the lowest order aberrationcausesimage degradation
transmission error(passive) caused byimage degradation
The imaging equipment ... vibrationcan causeimage degradation
patient motion in Positron Emission Tomography ( PET ) imaging(passive) caused byimage degradation
the device shunts noise signals to the system chassisto preventimage degradation
spin - spin relaxation US5521505A(passive) caused byimage degradation
the encoding of information(passive) caused byImage deterioration
in - camera compression(passive) caused byimage degradation
from using a long cablecausedfrom using a long cable
from these atmospheric effectsresultingfrom these atmospheric effects
, for exampleis caused, for example
from the hand - held camera shake or an image obtained by preventing the image degradationresultingfrom the hand - held camera shake or an image obtained by preventing the image degradation
from camera shake comprisingresultingfrom camera shake comprising
from hand - held camera shake , i.e. , hand movement or the like by data processingresultingfrom hand - held camera shake , i.e. , hand movement or the like by data processing
due to camera shake in low light situationsis ... causeddue to camera shake in low light situations
from occurrence of color dispersion caused by diffractionresultingfrom occurrence of color dispersion caused by diffraction
when laser light was usedcausedwhen laser light was used
from image compression Stefanie Lattnerresultingfrom image compression Stefanie Lattner
from the use of motion vectors in downsampling video decodersresultingfrom the use of motion vectors in downsampling video decoders
from displacement of the dye absorbed in the ink receiving layer and which tends to appear under a high humidity environmentresultsfrom displacement of the dye absorbed in the ink receiving layer and which tends to appear under a high humidity environment
from light behind the screen and are available in sizes up to 23 ’ x 69 ’ ( 7 m x 21 mcausedfrom light behind the screen and are available in sizes up to 23 ’ x 69 ’ ( 7 m x 21 m
By Direct Scatter From Optical Components Into The Image Plane , 0000 ... 17 January 1985CausedBy Direct Scatter From Optical Components Into The Image Plane , 0000 ... 17 January 1985
from image compression | Medical Imaging 1996resultingfrom image compression | Medical Imaging 1996
from the processing or use of motion vectors by reduced resolution video decodersresultingfrom the processing or use of motion vectors by reduced resolution video decoders
from the continuous movement of the cardiac region due to respiratory and/or circulatory physiological functionsresultingfrom the continuous movement of the cardiac region due to respiratory and/or circulatory physiological functions
from a deformation of a light spot shape due to a focus errorresultingfrom a deformation of a light spot shape due to a focus error
from image compression Linxi Shi , Lei Zhu , Adam Wangresultingfrom image compression Linxi Shi , Lei Zhu , Adam Wang
from the random direction change which occurs when the light reflects back to the scattering layerresultsfrom the random direction change which occurs when the light reflects back to the scattering layer
due to hand vibration , and also increase the number of times of exposures corresponding to the reduced amount of the exposure period so as to complement exposuresis causeddue to hand vibration , and also increase the number of times of exposures corresponding to the reduced amount of the exposure period so as to complement exposures
from ambiguously moving objects such as rain and snowresultingfrom ambiguously moving objects such as rain and snow
from obscure moving objects such as rain or snowresultingfrom obscure moving objects such as rain or snow
when the subject light beam is transmitted through the mirror member 201 due to the effects of the refractive index and thickness of the half mirrorcausedwhen the subject light beam is transmitted through the mirror member 201 due to the effects of the refractive index and thickness of the half mirror
since intra encoding which requires a large amount of bits is used , in spite of a state in which a distributed amount of bits for the bidirectionally predictive - coded frame is smallis causedsince intra encoding which requires a large amount of bits is used , in spite of a state in which a distributed amount of bits for the bidirectionally predictive - coded frame is small
from beading caused by grains that may be formed during divided printingresultingfrom beading caused by grains that may be formed during divided printing
from coloring agent ( dye ) displacement , which tends to be caused particularly during storage in a high humidity environment , or image deterioration caused by light when a printed image is displayedresultingfrom coloring agent ( dye ) displacement , which tends to be caused particularly during storage in a high humidity environment , or image deterioration caused by light when a printed image is displayed
from an overflow that may occur when an image abruptly changes and which can reduce block distortion by achieving a balanced distribution of moving image blocks and static image blocks and permitting selection of optimum quantization parameters coordinated throughout the entire pictureresultingfrom an overflow that may occur when an image abruptly changes and which can reduce block distortion by achieving a balanced distribution of moving image blocks and static image blocks and permitting selection of optimum quantization parameters coordinated throughout the entire picture
to a loss of picture qualityresultsto a loss of picture quality
scan precision(passive) caused byscan precision
subject 's capability and task difficulty(passive) caused bysubject 's capability and task difficulty
to the production of inferior or even rejected products by the lithographic apparatus concernedcan leadto the production of inferior or even rejected products by the lithographic apparatus concerned
from becoming visibleis preventedfrom becoming visible
in a digitizing process by noise and characteristic of the digital camerais causedin a digitizing process by noise and characteristic of the digital camera
from the lossy compression implemented on nSight-1 from 12-bit to 8-bitresultingfrom the lossy compression implemented on nSight-1 from 12-bit to 8-bit
a distracting buzz in all the high detail high contrast areas which is really distractingcreatesa distracting buzz in all the high detail high contrast areas which is really distracting
from deviation of ink landing positions from target positions , which is caused by elastic deformation of the carriage shaft in the recording medium transport directionresultingfrom deviation of ink landing positions from target positions , which is caused by elastic deformation of the carriage shaft in the recording medium transport direction
plural types ... by taking the difference between these degradation original image respectively and geometric converted inspected imagecreatesplural types ... by taking the difference between these degradation original image respectively and geometric converted inspected image
from influence in terms of the structure on a color signal at the depth where there is no defectresultingfrom influence in terms of the structure on a color signal at the depth where there is no defect
from a well - known Moiré phenomenon or pixel loss at a time ofresultingfrom a well - known Moiré phenomenon or pixel loss at a time of