Motion compensated frame rate conversion by overlapped block-based motion estimation algorithm

Taehyeun Ha, Seongjoo Lee, Jae-Seok Kim
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引用次数: 5

Abstract

Frame Delay 7 Abstract We propose a motion compensated frame rote lipconversion (MC-FRC) algorithm adapting new hlock-hased motion estimation (BME), which is overlapped I ~ l u c k I ~ ~ ~ e d motion estimatioti (OBME). for ,frame rate ripconvcrsiuiz (FRC). Unlike conventional BME algorithms, wheri a video Jiame i.7 divided itito many non-overlapping syiiare hlocks oJ'pi.rels. the proposed BME is e.reciited rising an overlapped matching hlock in order to get more accwafe mofioii trajectoni. To redrice compritational complexif?, carised by the OBME, a srih-.sampledpi.rel hlock is usedfur tlie OBME. Fiirthermore, in this paper. a modified MAD, which is ~>eiglited rising the magnitude QJ' MV that corresponds to the estimating position. i s applied for the OBME. From /he simirlation resrllts, the proposed meth0d.s shuw hrtrer perfionnance in estimating "true motion " and redircirig blocking artifbcts with less romple.ri# in calciilation compared to a conventional method
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基于重叠块的运动估计算法的运动补偿帧率转换
摘要本文提出了一种运动补偿帧脂转换(MC-FRC)算法,该算法采用了一种新的基于锁的运动估计(BME)算法,该算法将I ~ 1 ~ 1 ~ 2 ~ d运动估计(OBME)重叠。为帧速率ripconverciiz (FRC)。与传统的BME算法不同,传统的BME算法将一个视频帧划分为许多不重叠的syiihs。为了得到更准确的运动轨迹,提出了一种基于重叠匹配锁的BME算法。重新评估复合结构?他是由英国皇家医学学会(OBME)任命的。rel锁用于显示OBME。此外,在本文中。一个改进的MAD,它是~>,增加了估计位置对应的QJ' MV等。已经申请了OBME。从仿真结果来看,提出了该方法。S在估计“真实运动”和重定向具有较少样本的阻塞伪影方面表现出更好的性能。与传统方法相比,Ri #在钙化中的作用
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