This paper proposed a content adaptive deinterlacing algorithm for conversion of interlaced video to progressive video. The proposed algorithm consists of a texture analyzer that classifies the content of a frame into 4 different categories (smooth area, near horizontal edge, near vertical edge and texture area), and chooses the most suitable de-interlacing algorithm for interpolating the missing pixel. © 2005 IEEE
This paper introduces a new method of converting interlaced video to a progressively scanned video. ...
In the early days of television as Cathode Ray Tube (CRT) screens became brighter, the level of fli...
[[abstract]]Interlaced scanning is used for traditional TV system to save the bandwidth of the trans...
In this paper, we propose a new de-interlacing algorithm for video data using intensity gradient fil...
Video is usually acquired in interlaced format, where each image frame is composed of two image fiel...
This article describes a new approach for implementing video deinterlacing system. In a typical vide...
This document elaborates on the subject of video interlacing and its removal. It describes the inter...
DEINTERLACING is the process of converting an in-terlaced video format to a progressive video format...
Deinterlacing is the process of converting of interlaced-scan video sequences into progressive scan ...
The advent of digital technologies has been revolutionizing a lot of different field and video proce...
This paper presents a low-complexity interpolation method that minimizes image quality losses at edg...
In this paper, we propose a novel hybrid de-interlacing algorithm, which effectively combines two mo...
Video deinterlacing can be realized using time-space interpolation filters. To improve video deinter...
In this paper, we proposed a spatial-temporal de-interlacing algorithm for conversion of interlaced ...
In this paper, a line-warping based deinterlacing method will be introduced. The missing pixels in i...
This paper introduces a new method of converting interlaced video to a progressively scanned video. ...
In the early days of television as Cathode Ray Tube (CRT) screens became brighter, the level of fli...
[[abstract]]Interlaced scanning is used for traditional TV system to save the bandwidth of the trans...
In this paper, we propose a new de-interlacing algorithm for video data using intensity gradient fil...
Video is usually acquired in interlaced format, where each image frame is composed of two image fiel...
This article describes a new approach for implementing video deinterlacing system. In a typical vide...
This document elaborates on the subject of video interlacing and its removal. It describes the inter...
DEINTERLACING is the process of converting an in-terlaced video format to a progressive video format...
Deinterlacing is the process of converting of interlaced-scan video sequences into progressive scan ...
The advent of digital technologies has been revolutionizing a lot of different field and video proce...
This paper presents a low-complexity interpolation method that minimizes image quality losses at edg...
In this paper, we propose a novel hybrid de-interlacing algorithm, which effectively combines two mo...
Video deinterlacing can be realized using time-space interpolation filters. To improve video deinter...
In this paper, we proposed a spatial-temporal de-interlacing algorithm for conversion of interlaced ...
In this paper, a line-warping based deinterlacing method will be introduced. The missing pixels in i...
This paper introduces a new method of converting interlaced video to a progressively scanned video. ...
In the early days of television as Cathode Ray Tube (CRT) screens became brighter, the level of fli...
[[abstract]]Interlaced scanning is used for traditional TV system to save the bandwidth of the trans...