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This paper presents a motion adaptive de- interlacing technique with precise interfield information by local scene changes detection. Scene changes happen fairly often in film broadcasting and they tend to destabilize the quality of performance while de-interlacing technique is utilized. Our local scene change detection method for de-interlacing uses the precise interfield information as interpolation...
A film-to-video conversion technique with scene cut detection is proposed and its performances are examined. Scene cut happens fairly often in film broadcasting and it tends to destabilize the quality of performance while motion compensated interpolation technique is utilized. In the proposed method, the scene cut detection is executed at the first stage of motion compensation of frame-to-video conversion...
This paper presents an efficient video de-interlacing technique with scene change detection and its VLSI architecture design. Scene changes happen quite often in film broadcasting and they tend to destabilize the quality of performance such as jagged effect, blurred effect, and artifacts effect, while de-interlacing technique is utilized. Therefore, the issue of scene change needs to be addressed...
An efficient video de-interlacing technique with scene change detection is proposed and its performances are examined. Scene changes happen quite often in film broadcasting and they tend to destabilize the quality of performance such as jagged effect, blurred effect, and artifacts effect, while de-interlacing technique is utilized. Therefore, the issue of scene change needs to be addressed with de-interlacing...
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