Enhancement of interlaced images by fuzzy reasoning approach

  • Jeon, Gwanggi
  • Park, Sang-Jun
  • Lee, Joohyun
  • Lee, Rokkyu
  • Kim, Seungjong
  • 외 1명
Citations

SCOPUS

2

초록

This paper investigates a new interpolation technique based on content adaptive interpolation with fuzzy reasoning. The proposed technique reduces image artifacts in regions where moving object cannot be well traced by motion estimation. Our proposed method consists of two parts: content classification and fuzzy weight assignment process. The spatial deinterlacing methods have been studied excessively in literature. The edge based line average method yields relatively good performance with low complexity. On the basis of the above method, six useful measurements are obtained within the 5-by-3 spatial window to prevent false edge direction decisions in computing the direction where the interpolation is to be operated. The simulation results indicate that the developed method can generate high quality intra-interpolation picture for interlaced images.

키워드

DeinterlacingFuzzy weight decisionImage reconstructionImage reconstructionImaging systemsMotion estimationContent classificationContent-adaptiveDe-interlacingDe-interlacing methodEdge based line averagesEdge directionFuzzy reasoningFuzzy weightFuzzy weight decisionHigh qualityImage artifactsInterlaced imagesInterpolation techniquesLow complexityMoving objectsSimulation resultInterpolation
제목
Enhancement of interlaced images by fuzzy reasoning approach
저자
Jeon, GwanggiPark, Sang-JunLee, JoohyunLee, RokkyuKim, SeungjongJeong, Jechang
DOI
10.1109/ICIP.2009.5414448
발행일
2009-11
유형
Conference Paper
저널명
Proceedings - International Conference on Image Processing, ICIP
페이지
3117 ~ 3120