The proposed algorithm uses a mathematical model to approximate the matching error at fractional-pixel locations. Hence, no interpolation is required at ...

This paper presents low-complexity algorithm for fractional- pixel motion estimation (FME). The proposed algorithm uses a mathematical model to approximate ...

The proposed algorithm uses a mathematical model to approximate the matching error at fractional-pixel locations. Hence, no interpolation is required at ...

The performance analysis shows that the proposed algorithm has about 93% less computational complexity than the FQPS algorithm for approximately 0.2 dB drop ...

This paper presents low-complexity algorithm for fractional-pixel motion estimation (FME). The proposed algorithm uses a mathematical model to approximate ...

In reconstructing the reference signal, interpolation is a widely adopted technique to improve the compensation precision when the motion vector has a sub-pixel ...

➢ The 1-D curve can be estimated using mathematical interpolation. Our algorithm applies Lagrange interpolation for the estimation process. S(Z) =σ. i=−2.

In this article, an adaptive fractional-pixel ME skipped scheme is proposed for low-complexity HEVC ME. First, based on the property of the variable-size PUs-- ...

A complexity reduction algorithm for fractional-pixel motion estimation (FPME) is proposed and several original search orders and search patterns for 1/2 ...

Many fast fractional-pixel motion estimation algorithms to reduce the computational complexity of the motion estimation search process have been proposed [3 ...