The camera response function determines the relationship between the incident light on the camera sensor and the output pixel values that are produced. For most consumer cameras, this function is proprietary and needs to be estimated to create HDR images that accurately represent the light distribution of the captured scene. Several methods have been proposed in the literature to estimate this unknown mapping using multiple exposures techniques. In this study, we compare three of the most commonly used methods namely Debevec and Malik's [1997], Mitsunaga and Nayar's [1999], and Robertson et al.'s [2003] response curve estimation algorithms in terms of how precisely they estimate an unknown camera response
In many computer vision systems, an image of a scene is assumed to directly reflect the scene radian...
International audienceWe address the problem of jointly estimating the scene illumination, the radio...
An image output by a camera is generally not a faithful representation of the real scene, because it...
The mapping that relates the image irradiance to the image brightness (intensity) is known as the Ra...
International audienceAccess to the scene irradiance is a desirable feature in many computer vision ...
Many methods are known in literature to reconstruct the camera response function (RF), whether they...
A method is presented for computing the radiometric response function of a camera from a single gray...
Linear camera responses are required for recovering the total amount of incident irradiance, quantit...
Linear camera responses are required for recovering the total amount of incident irradiance, quantit...
In this paper, a robust calibration algorithm based on a polynomial model is presented. To improve t...
International audienceWe address the problem of jointly estimating the scene illumination, the radio...
The images of an outdoor scene collected over time are valuable in studying the scene appearance var...
The camera response function (CRF) that maps linear irradiance to pixel intensities must be known fo...
Radiometric calibration is a method of capturing digital images and processing the digital image dat...
Many digital cameras now have an option of raw data output. We first show, by way of superposigrams,...
In many computer vision systems, an image of a scene is assumed to directly reflect the scene radian...
International audienceWe address the problem of jointly estimating the scene illumination, the radio...
An image output by a camera is generally not a faithful representation of the real scene, because it...
The mapping that relates the image irradiance to the image brightness (intensity) is known as the Ra...
International audienceAccess to the scene irradiance is a desirable feature in many computer vision ...
Many methods are known in literature to reconstruct the camera response function (RF), whether they...
A method is presented for computing the radiometric response function of a camera from a single gray...
Linear camera responses are required for recovering the total amount of incident irradiance, quantit...
Linear camera responses are required for recovering the total amount of incident irradiance, quantit...
In this paper, a robust calibration algorithm based on a polynomial model is presented. To improve t...
International audienceWe address the problem of jointly estimating the scene illumination, the radio...
The images of an outdoor scene collected over time are valuable in studying the scene appearance var...
The camera response function (CRF) that maps linear irradiance to pixel intensities must be known fo...
Radiometric calibration is a method of capturing digital images and processing the digital image dat...
Many digital cameras now have an option of raw data output. We first show, by way of superposigrams,...
In many computer vision systems, an image of a scene is assumed to directly reflect the scene radian...
International audienceWe address the problem of jointly estimating the scene illumination, the radio...
An image output by a camera is generally not a faithful representation of the real scene, because it...