This paper discusses a new framework to enhance image and video quality. Recent advances in high-dynamic-range image fusion and superresolution make it possible to extend the intensity range or to increase the resolution of the image beyond the limitations of the sensor. In this paper, we propose a new way to combine both of these fusion methods in a two-stage scheme. To achieve robust image enhancement in practical application scenarios, we adapt state-of-the-art methods for automatic photometric camera calibration, controlled image acquisition, image fusion and tone mapping. With respect to high-dynamic-range reconstruction, we show that only two input images can sufficiently capture the dynamic range of the scene. The usefulness and perf...
In digital image correlation, an optical full-field analysis method that can determine displacements ...
[[abstract]]Fusing multiple frames with different exposure time can accommodate the scenes with high...
Although there is steady progress in sensor technology, imaging with a high dynamic range (HDR) is s...
The main objective for digital image- and video camera systems is to reproduce a real-world scene in...
If multiple images of a scene are available instead of a single image, we can use the additional inf...
Mobile camera platforms are becoming omni-present, spawning many new applications. This trend is acc...
This paper discusses resolution enhancement of a set of images with varying exposure durations, havi...
[[abstract]]Tone reproduction attempts to scale or map high dynamic range image data such that the r...
Super-Resolution and High Dynamic Range image reconstruction are two different signal processing tec...
Super resolution is a signal processing method that utilizesinformation from multiple degraded image...
[[abstract]]This paper presents an integrated color imaging system for taking images in extremely hi...
Purpose – The purpose of this paper is to present a new multi-image registration methodology that is...
Tone mapping operators for converting high dynamic range images to low dynamic range versions usuall...
[[abstract]]Fusing several differently exposed images is particular useful for taking pictures in hi...
There are more and more applications in the world, one of their constituent parts also being digital...
In digital image correlation, an optical full-field analysis method that can determine displacements ...
[[abstract]]Fusing multiple frames with different exposure time can accommodate the scenes with high...
Although there is steady progress in sensor technology, imaging with a high dynamic range (HDR) is s...
The main objective for digital image- and video camera systems is to reproduce a real-world scene in...
If multiple images of a scene are available instead of a single image, we can use the additional inf...
Mobile camera platforms are becoming omni-present, spawning many new applications. This trend is acc...
This paper discusses resolution enhancement of a set of images with varying exposure durations, havi...
[[abstract]]Tone reproduction attempts to scale or map high dynamic range image data such that the r...
Super-Resolution and High Dynamic Range image reconstruction are two different signal processing tec...
Super resolution is a signal processing method that utilizesinformation from multiple degraded image...
[[abstract]]This paper presents an integrated color imaging system for taking images in extremely hi...
Purpose – The purpose of this paper is to present a new multi-image registration methodology that is...
Tone mapping operators for converting high dynamic range images to low dynamic range versions usuall...
[[abstract]]Fusing several differently exposed images is particular useful for taking pictures in hi...
There are more and more applications in the world, one of their constituent parts also being digital...
In digital image correlation, an optical full-field analysis method that can determine displacements ...
[[abstract]]Fusing multiple frames with different exposure time can accommodate the scenes with high...
Although there is steady progress in sensor technology, imaging with a high dynamic range (HDR) is s...