Abstract: This paper introduces a new approach for optimum auto exposure (AE) based on the high-dynamic-range histogram (HDH) of a scene. The exposure control is optimal in terms of recorded information of the scene. The advantages over AE based on mean values of images will be shown as well as a proof of concept implementation and results. Futhermore possible extensions to this approach are discussed. The consideration of the HDH for auto exposure enables new possibilities for auto exposure control for mutliple-slope cameras. An AE method for multiple-slope cameras is proposed which controls exposure as well as the transition curve parameters in order to record a maximum of information from the scene. It considers controllable dynamic rang...
dynamic range video (tonemapped). Typical video footage captured using an off-the-shelf camcorder su...
It is commonplace to use digital video cameras in robotic applications. These cameras have built-in ...
In this paper, we propose an active exposure control method to improve the robustness of visual odom...
We give a comprehensive overview of the complete exposure processing chain for video cameras. For ea...
Recent trends in consumer electronics have led to a proliferation of high dynamic range (HDR) video ...
This disclosure concerns the determination of improved exposure parameters of an image capturing dev...
A technique to create High Dynamic Range (HDR) video frames is to capture Low Dynamic Range (LDR) im...
Histogram equalization is often used in image enhancement, but it can be also used in auto exposure....
Taking multiple exposures is a well-established approach both for capturing high dynamic range (HDR)...
This publication describes systems and techniques directed to enhancing High Dynamic Range (HDR) ima...
It is challenging to capture a high-dynamic range (HDR) scene using a low-dynamic range (LDR) camera...
[[abstract]]The auto exposure control (AEC) system in a video camera selects the suitable aperture s...
A technique to create High Dynamic Range (HDR) video frames is to capture Low Dynamic Range (LDR) im...
Abstract—In this paper we present an optimized approach to capture high dynamic range (HDR) images. ...
Abstract—In this paper we present an optimized approach to capture high dynamic range (HDR) images. ...
dynamic range video (tonemapped). Typical video footage captured using an off-the-shelf camcorder su...
It is commonplace to use digital video cameras in robotic applications. These cameras have built-in ...
In this paper, we propose an active exposure control method to improve the robustness of visual odom...
We give a comprehensive overview of the complete exposure processing chain for video cameras. For ea...
Recent trends in consumer electronics have led to a proliferation of high dynamic range (HDR) video ...
This disclosure concerns the determination of improved exposure parameters of an image capturing dev...
A technique to create High Dynamic Range (HDR) video frames is to capture Low Dynamic Range (LDR) im...
Histogram equalization is often used in image enhancement, but it can be also used in auto exposure....
Taking multiple exposures is a well-established approach both for capturing high dynamic range (HDR)...
This publication describes systems and techniques directed to enhancing High Dynamic Range (HDR) ima...
It is challenging to capture a high-dynamic range (HDR) scene using a low-dynamic range (LDR) camera...
[[abstract]]The auto exposure control (AEC) system in a video camera selects the suitable aperture s...
A technique to create High Dynamic Range (HDR) video frames is to capture Low Dynamic Range (LDR) im...
Abstract—In this paper we present an optimized approach to capture high dynamic range (HDR) images. ...
Abstract—In this paper we present an optimized approach to capture high dynamic range (HDR) images. ...
dynamic range video (tonemapped). Typical video footage captured using an off-the-shelf camcorder su...
It is commonplace to use digital video cameras in robotic applications. These cameras have built-in ...
In this paper, we propose an active exposure control method to improve the robustness of visual odom...