A new adaptive frame rate up conversion algorithm and its ASIC design for consumer television are presented.
提出一种隔行到逐行自适应帧频提升算法和该算法的芯片设计方法。
Therefore, two algorithms are proposed respectively in image interpolation and frame rate up-conversion in this thesis.
为此，本文分别在图像插值和帧率提升两方面进行了研究。
Aiming at the present condition of STB video post-processing, analyze the video post-processing algorithms which include sampling conversion, de-interlace and frame rate up-conversion.
然后针对现行机顶盒视频后处理现状，分析了视频后处理所采用的方法，包括采样率转换、去隔行、帧率提升等。
Experimental results illustrate that the proposed frame rate up-conversion algorithm can obtain very good subjective vision quality.
实验结果表明本文的帧速率上转换算法可以获得更好的主观视觉效果。
Experimental results illustrate that the proposed frame rate up-conversion algorithm can obtain very good subjective vision quality.
实验结果表明本文的帧速率上转换算法可以获得更好的主观视觉效果。
应用推荐