A new direction-oriented interpolation method is proposed and then applied to de-
interlacing. The proposed method introduces the upper spatial direction vector.(USDV) and …

In this paper, we propose a new deinterlacing algorithm, which is an edge dependent
interpolation (EDI) algorithm based on a horizontal edge pattern. Generally, a conventional …

This paper presents a novel intra deinterlacing algorithm (NID) based on content adaptive
interpolation. The NID consists of three steps: pre-processing, content classification, and …

In this paper, we propose a new deinterlacing algorithm, which uses directional interpolation
and motion compensation. In the proposed method, intrafield interpolation is first performed …

This paper addresses the problem of edge restoration in digital images. Taking advantage of
an ensemble approach, multiple type-1 fuzzy filters are combined to reach a decision. The …

This paper focuses on recently advanced fuzzy models and the application of type-2 fuzzy
sets in video deinterlacing. The final goal of the proposed deinterlacing algorithm is to …

In this paper, we present a patch-based variational Bayesian framework for video
processing and demonstrate its potential in denoising, inpainting and deinterlacing. Unlike …

We propose a new de-interlacing algorithm using motion compensated interpolation. In the
proposed scheme, motion estimation is first performed between the same parity fields, ie, the …

This paper presents an efficient method based on inter-field information for video de-
interlacing. The basic idea is to classify the field dynamically to background or foreground …

Video deinterlacing can be realized using time-space interpolation filters. To improve video
deinterlacing quality with respect to missing pixels on moving diagonal lines, we developed …