A fuzzy if-then rule-based intra-field deinterlacing method using geometric duality is
presented in this paper. The proposed method is a content-based hybrid scheme switching …

A motion-compensated deinterlacing scheme based on hierarchical motion analysis is
presented. According to deinterlacing steps, our contribution can be divided into four parts …

This study proposes an enhanced version of the five-field motion compensated deinterlacing
algorithm. The proposed method applies bi-directional motion estimation using two previous …

Deinterlacing, defined as the process of converting a stream of interlaced frames into a
sequence of progressive frames, represents a key feature in video processing. The …

In this paper a smooth motion-compensated approach for video deinterlacing is proposed.
The algorithm combines intra-field interpolation with overlapped-block-based motion …

Deinterlacing is a critical technique in the field of digital video processing, aimed at
converting interlaced videos into a progressive format. Interlaced video, a legacy from the …

A new method of de-interlacing is proposed. De-interlacing is revisited as the problem of
assigning a sequence of interpolation methods (interpolators) to a sequence of missing …

Interlaced scanning is a technique that has been widely in use to double the perceived
frame rate without increasing the used bandwidth. Interlaced scanning is still in use by …

This paper proposes to simplify the motion estimation process of motion-compensated
deinterlacing based on the results of scene change detection. The design idea consists of …

This paper presents a low-complexity motion compensation (MC) aided motion adaptive
(MA) de-interlacing method, aiming at effectively leveraging the fact human eyes are not …