An important recent application of image registration is the estimation of global motion
parameters for object-based video coding. However, the main disadvantage of standard …

Coding artifacts in video codecs can be reduced using several spatial in-loop filters that are
part of the emerging video coding standard High Efficiency Video Coding (HEVC). In this …

Most in-loop filters currently being employed in video compression algorithms use spatial
information from a single frame of the video sequence only. In this paper, a new filter is …

Depending on the content of a video sequence and the settings used for encoding it, the
amount of bits spent for the transmission of motion vector information can be enormous and …

Global motion estimation is an important task for various video processing techniques. The
estimation itself has to be robust in presence of arbitrarily moving foreground objects. For …

One important recent application of image registration has been in the estimation of global
motion parameters for object-based video coding. A limitation of current global motion …

The objective of this work is to investigate the performance of a new inloop filter for video
compression, which uses temporal rather than spatial information to improve the quality of …

It has been shown that techniques using higher-order motion parameters outperform
common translational motion compensated prediction for hybrid video coders. A critical …

ABSTRACT A high dynamic range (HDR) image uses a large bit depth up to 32-bit per pixel
per color channel. Due to hardware limitation, it can neither be captured by conventional …

Inloop filters are a well known tool to improve the compression performance of hybrid video
codecs. These filters generally work in the spatial domain. If temporal filters are used …