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Image Interpolation by Adaptive 2-D Autoregressive Modeling

机译:自适应二维自回归建模的图像插值

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This paper presents a new interpolation algorithm based on the adaptive 2-D autoregressive modeling. The algorithm uses a piece-wise autoregressive (PAR) model to predict the unknown pixels of high resolution image. For this purpose, we used a block-based prediction model to predict the unknown pixels. The unknown pixels are categorized into three categories and they are predicted using predictors of different structure and order. Prediction accuracy and the visual quality of the interpolated image depend on the size of the window. We experimentally found an appropriate window size and have shown that subjective as well as objective (PSNR) quality of the high resolution (HR) images is same, on an average, as that of the competitive such method reported in literature and also the method is a single pass.
机译:本文提出了一种基于自适应二维自回归建模的新插值算法。该算法使用分段自动回归(PAR)模型来预测高分辨率图像的未知像素。为此,我们使用了基于块的预测模型来预测未知像素。未知像素可分为三类,并使用不同结构和顺序的预测变量进行预测。插值图像的预测精度和视觉质量取决于窗口的大小。我们通过实验找到了合适的窗口大小,并表明高分辨率(HR)图像的主观和客观(PSNR)质量平均与文献中报道的同类竞争方法相同,并且该方法单次通过。

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