High Efficiency Video Coding (HEVC) has doubled the video compression ratio with
equivalent subjective quality as compared to its predecessor H. 264/AVC. The significant …

Motion estimation (ME) in the latest High Efficiency Video Coding standard adopts the
quadtree coding structure and up to a 64× 64 prediction unit (PU) size to improve the coding …

This paper proposes a novel frame rate up-conversion method through high-order model
and dynamic filtering (HOMDF) for video pixels. Unlike the constant brightness and linear …

In this paper, a new low-complexity true-motion estimation (TME) algorithm is proposed for
video processing applications, such as motion-compensated temporal frame interpolation …

High Efficiency Video Coding (HEVC), the latest video coding standard, is becoming popular
due to its excellent coding performance, in particular in the case of high-resolution video …

Versatile video coding (VVC) introduces multi-type tree (MTT) and larger coding tree unit
(CTU) to improve compression efficiency compared to its predecessor High Efficiency Video …

The new coding tools improved the performance for H. 266/VVC but also brought challenges
for hardware integer motion estimation (IME). First, the data dependency in deriving a …

Cloud computing provides reliable, affordable, and flexible resources for many applications
and users with constrained computing resources and capabilities. The cloud computing …

Several video coding standards and techniques have been introduced for multimedia
applications, particularly h. 26x series for video processing. These standards employ motion …

Motion estimation is one of the most effective key components in video codecs to eliminate
temporal redundancies between successive frames. Sub-pixel motion estimation, including …