AbstractImprovement of the signal-to-noise ratio of registered frames is necessary in scientific, technical and amateur tasks. Dark and light spatial noise portraits of camera's photosensor can be used for frames quality increase. Earlier method of improvement of the signal-to-noise ratio of shots by use of light spatial noise portraits of camera's photosensor was proposed. In this paper method of improvement of the signal-to-noise ratio of shots by use of both light and dark spatial noise portraits was analyzed. According to the results of numerical experiments, it was found that the signal-to-noise ratio can be increased up to 50÷60 times compared to that one of a single image
With arrival of affordable digital technology we are increasingly coming into contact with digital i...
This bachelor thesis is focused on imaging sensors noise characteristics and their impact on quantit...
In low-light condition, the object or some activities in which we"re interested can not disting...
AbstractImprovement of the signal-to-noise ratio of registered frames is necessary in scientific, te...
Recently new techniques for night-vision cameras are developed. Digital image-intensifiers are becom...
A general methodology for noise reduction and contrast enhancement in very noisy image data with low...
In this chapter a technology for the enhancement of video data obtained at low light levels is prese...
Recently new techniques for night vision cameras are developed. So-called EMCCD cameras are able to ...
For many military operations, situational awareness is of great importance. During night conditions,...
A study aimed at optimizing noisy image processing under conditions of strong additive noise has bee...
Pictures represent scenes by recording different values of brightness and color at different locatio...
AbstractMethod of modeling of shots registering is demonstrated. The method takes into account noise...
We propose the methods, involving a denoiser and a tone mapper, that especially enhance very dark im...
During the last decade, the CMOS camera has developed rapidly and quickly became a commercial succes...
When an image is acquired by a camera or other imaging system, often the vision system for which it ...
With arrival of affordable digital technology we are increasingly coming into contact with digital i...
This bachelor thesis is focused on imaging sensors noise characteristics and their impact on quantit...
In low-light condition, the object or some activities in which we"re interested can not disting...
AbstractImprovement of the signal-to-noise ratio of registered frames is necessary in scientific, te...
Recently new techniques for night-vision cameras are developed. Digital image-intensifiers are becom...
A general methodology for noise reduction and contrast enhancement in very noisy image data with low...
In this chapter a technology for the enhancement of video data obtained at low light levels is prese...
Recently new techniques for night vision cameras are developed. So-called EMCCD cameras are able to ...
For many military operations, situational awareness is of great importance. During night conditions,...
A study aimed at optimizing noisy image processing under conditions of strong additive noise has bee...
Pictures represent scenes by recording different values of brightness and color at different locatio...
AbstractMethod of modeling of shots registering is demonstrated. The method takes into account noise...
We propose the methods, involving a denoiser and a tone mapper, that especially enhance very dark im...
During the last decade, the CMOS camera has developed rapidly and quickly became a commercial succes...
When an image is acquired by a camera or other imaging system, often the vision system for which it ...
With arrival of affordable digital technology we are increasingly coming into contact with digital i...
This bachelor thesis is focused on imaging sensors noise characteristics and their impact on quantit...
In low-light condition, the object or some activities in which we"re interested can not disting...