Motion-compensated frame rate up-conversion (MC-FRUC) consists of two key elements:
motion estimation and motion-compensated frame interpolation. The motion estimation …

This paper proposes a new frame rate up-conversion (FRUC) algorithm to reduce the
computational complexity and to improve the peak signal-to-noise ratio (PSNR) …

A spatio-temporal saliency-based frame rate up-conversion (FRUC) approach is proposed,
which achieves better quality of interpolated frames and invalidates existing texture variation …

A new motion vector field (MVF) refinement algorithm is proposed for block-based motion-
compensated frame interpolation. Under the assumption that an observed MVF, such as the …

Indexing deals with the automatic extraction of information with the objective of automatically
describing and organizing the content. Thinking of a video stream, different types of …

In this paper, a novel motion compensated frame rate up-conversion (MC-FRUC) algorithm
is proposed to enhance the visual quality of video sequences. First of all, the multi-channel …

In the domain of video indexing, one of the research topics is the automatic extraction of
information to reach the objective of automatically describing and organizing the content …

A new region-based depth ordering algorithm is proposed based on the segmented motion
layers with affine motion models. Starting from an initial set of layers that are independently …

This paper proposes the efficient Frame Rate Up-conversion (FRUC) that has low
computational complexity. The proposed algorithm consists of motion vector (MV) …

Motion-compensated frame-rate up-conversion (MC-FRUC) often exploits either bilateral
motion estimation (ME) or unidirectional ME with a fixed block size, which constrains the …