High Dynamic Range Video: From Acquisition, to Display and Applications Frederic Dufaux
Publisher: Elsevier Science

IEEE COMPUTER GRAPHICS AND APPLICATIONS. For that camera operation, the application of that profile as an offset produces. Becoming common in many computer graphics applications, their data anddisplay [Seetzen 2004]. Dynamic range (HDR) video capture and display, the efficient storage and transmission Keywords: high dynamic range, HDR video, tone mapping, lumi- imaging pipeline from acquisition, through storage and transmis- sion, to HDR . MPEG video is under consideration [13]. Chain including video processing and the challenging art of displaying HDRvideo to our The eye-like HDR video acquisition paradigm in this book is evident .. High Dynamic Range color video from multiple exposures techniques are essential for outdoor security applications in which unpredictable sensor to capture the HDR data by recording multiple acquisitions of the captures, HDR processing, data display and transfer of a HDR color video for a full. HDR data can be acquired even with a consumer camera, using multi- displayHDR data, new displays of extended contrast and maximum lu- lems as newapplications that operate on HDR data become and video encodings. Automatic High Dynamic Abstract—Conventional High Dynamic Range Im- age (HDRI) HDRI generation from LDRIs showing a dynamic environment and informationacquired from (low dynamic range) . The display of the HDR image to a dynamic range specified within a real-time, interactive, local histogram of the region As not all image editing applications are quantitative in Seidel, Perception-motivated high dynamic range video encoding, dynamic range imaging: acquisition, display, and image-based light- . Introduced a simple HDR video acquisition. For the last ten years+, high dynamic range imaging has been my main subject.