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a luminance difference between pixels in the vicinity of a central portion of a pixel array of an image sensor and pixels in the vicinity of an outer portion of the pixel array of the image sensor , which is caused by a difference in the resolution of a camera lens or the arrangement of the image sensor(passive) created byimage distortion
the rolling shutter method(passive) caused byimage distortion
lens aberrations ( optics(passive) caused byimage distortion
a rolling shutter of a CIS(passive) caused byimage distortion
the rolling shutter system(passive) caused byimage distortion
Cut - to - shape lenses helppreventimage distortion
off - axis image projection US 5465121(passive) caused byimage distortion
the lens of the camera(passive) caused byimage distortion
the imaging lens Correction(passive) caused byimage distortion
the imaging lens unit(passive) caused byimage distortion
a conventional fisheye lens(passive) caused byimage distortion
the image information ... each location in the array corresponds to a respective position in the ideal raster pattern 70can causeimage distortion
the rolling shutter phenomenon that can otherwise distort shots of swiftly moving subjects and video panning(passive) caused byimage distortion
the image information ... each location in the array corresponds to a respective position in the ideal raster pattern 69can causeimage distortion
lens characteristic(passive) caused byimage distortion
lens aberration(passive) caused byimage distortion
this lens type(passive) often caused byimage distortion
This phenomenon , called rolling shuttercausesimage distortion
its shape , which helpspreventimage distortion
the brightness to helppreventimage distortion
off - axis image projection US5477394(passive) caused byimage distortion
off - axis image projection US6570623(passive) caused byimage distortion
4-inch by 6-inch vertical frame is made from quality acrylicto preventimage distortion
so it is level and square with the front of your camera lensto preventimage distortion
The WCS compensates for turbulence in the earth 's atmospherecausesimage distortion
off - axis image projectionUS5475447 * 23(passive) caused byimage distortion
Earth 's atmosphere 81(passive) caused byimage distortion
off - axis image projection JP3308642B2 ( en(passive) caused byimage distortion
Earth ’s atmosphere(passive) caused byimage distortion
magnetic susceptibility artifacts(passive) caused byimage distortion
undesirable lens effects(passive) caused byimage distortion
the lens radial distortion(passive) caused byimage distortion
Your Vision Spherical lensescreateimage distortion
the fisheye lenses in the drones(passive) caused byimage distortion
The aspherical lens system of the Action 8x40preventsimage distortion
Active US6876355B1 ( en ) 2000 - 05 - 18 2000 - 05 - 18 Touch screen structureto preventimage distortion
the shape of a lens using electrode 950(passive) may be caused byimage distortion
the rolling - shutter effect ( also known as video wobble(passive) caused byImage distortion
rolling shutterThe super - fast anti - distortion shutter(passive) caused byimage distortion
water condensation(passive) caused byimage distortion
from distortion aberration of the imaging lensresultingfrom distortion aberration of the imaging lens
from the firmware ( F / M ) process at the posterior endcausedfrom the firmware ( F / M ) process at the posterior end
alignment inaccuraciesmay causealignment inaccuracies
when a photosite in an image sensor has absorbed all the photons it can handle so that additional photons reaching that pixel overflow to affect surrounding pixels , producing unwanted brightness and overexposure around the edges of objectscausedwhen a photosite in an image sensor has absorbed all the photons it can handle so that additional photons reaching that pixel overflow to affect surrounding pixels , producing unwanted brightness and overexposure around the edges of objects
from the shape of the display panelcausedfrom the shape of the display panel
from susceptibility variations and concomitant fields on diffusion MRI tractography resultsoriginatingfrom susceptibility variations and concomitant fields on diffusion MRI tractography results
from varied light distances in relation to the projector.toresultsfrom varied light distances in relation to the projector.to
in the nuclear magnetic resonance imaging when the static magnetic field distribution is inhomogeneouscan be causedin the nuclear magnetic resonance imaging when the static magnetic field distribution is inhomogeneous
from the firmware ( F / W ) at the end of the processcausedfrom the firmware ( F / W ) at the end of the process
in systematic calculation errorcan resultin systematic calculation error
in registration error in a proofresultsin registration error in a proof
an error in range - finding(passive) caused byan error in range - finding
from the projective transformations of FIG . 4resultingfrom the projective transformations of FIG . 4
acee elevated projectionresultingacee elevated projection
from a firmware ( F / W ) process at a posterior endcausedfrom a firmware ( F / W ) process at a posterior end
from reflections of undesired signals ( not shownresultingfrom reflections of undesired signals ( not shown
from distortion aberration correctedresultingfrom distortion aberration corrected
during close - ups with a fish - eye lensresultsduring close - ups with a fish - eye lens
to a tilt - angle measurement errorcan leadto a tilt - angle measurement error
from a phase error in a pixel clockresultingfrom a phase error in a pixel clock
from the rolling shutter type exposure on the digital image signal DIS in conjunction with the CPU 22resultingfrom the rolling shutter type exposure on the digital image signal DIS in conjunction with the CPU 22
from susceptibility variations and concomitant fields on diffusion MRI tractography resultsM. Okan Irfanoglu , Lindsay Walker , Joelle E. Sarlls , Stefano Marenco , Carlo Pierpaolioriginatingfrom susceptibility variations and concomitant fields on diffusion MRI tractography resultsM. Okan Irfanoglu , Lindsay Walker , Joelle E. Sarlls , Stefano Marenco , Carlo Pierpaoli
from the imaging lens , correction of image inclination due to at least one of a perspective effect and a high - angle view , change of a viewpointresultingfrom the imaging lens , correction of image inclination due to at least one of a perspective effect and a high - angle view , change of a viewpoint
grooves of each spacerpreventinggrooves of each spacer
from paper deformation during printing based on the expansion / contraction rateresultingfrom paper deformation during printing based on the expansion / contraction rate
from variation of the quadric screenresultingfrom variation of the quadric screen
from screen inclination in accordance with on - screen lightness distributionresultingfrom screen inclination in accordance with on - screen lightness distribution
from a wide angle fish - eye lens including a technique known as environment mappingresultingfrom a wide angle fish - eye lens including a technique known as environment mapping
in a skewed image ( for example , where the image is a circleresultsin a skewed image ( for example , where the image is a circle
from refraction as the object beam transitsresultingfrom refraction as the object beam transits
from the inclination of the imaging target planeresultingfrom the inclination of the imaging target plane
from the inclination of the imaging target surfaceresultingfrom the inclination of the imaging target surface
from misalignment of lenticular arrays of cylindrical lensesresultingfrom misalignment of lenticular arrays of cylindrical lenses
when the projector is facing the screen at an angle other than 90 degreescreatedwhen the projector is facing the screen at an angle other than 90 degrees
from an image pickup operation according to the mirror scan method in a normal photographing moderesultingfrom an image pickup operation according to the mirror scan method in a normal photographing mode
when a projector is placed at anything other than a 90 degree angle to the screenis createdwhen a projector is placed at anything other than a 90 degree angle to the screen
when a projector is available in anything other than a 90 degree angle to the screenis createdwhen a projector is available in anything other than a 90 degree angle to the screen
due to the relative swinging between the projection device and the screen S2causeddue to the relative swinging between the projection device and the screen S2
when a rectangular shape is projected and displayed on the irradiated surface ( screen 12causedwhen a rectangular shape is projected and displayed on the irradiated surface ( screen 12
upon projection of the diffracted light onto the screen by the projection unitis causedupon projection of the diffracted light onto the screen by the projection unit