We propose a high performance architecture for fractional motion estimation and Lagrange mode decision in H.264/AVC. Instead of time-consuming fractional ...

In this paper, we propose an efficient FME design based on one-step algorithm and 8×4 based block with free of cycles 4×4 and 4×8 processing.

This paper proposes fast sub-pixel motion estimation techniques having lower computational complexity. The proposed methods are based on mathematical models ...

264/AVC fractional motion estimation (FME). The proposed architecture consists of three parallel processing engines. In addition, we propose a resource sharing ...

We propose a highperformance hardware architecture for H.264/AVC fractional motion estimation. Our architecture consists of three parallel processing engines, ...

Oct 22, 2024 · High-efficiency VLSI architecture based on data route and synchronous interpolation methodology for H.264/AVC fractional motion estimation ...

In our work, we focus on an important aspect of the complexity minimization problem – how to develop an encoding algorithm that achieves both high video quality ...

Sep 6, 2010 · This work presents a high performance hardware architecture for the H.264/AVC Half-Pixel Motion Estimation Refinement.

Aug 3, 2012 · H.264/AVC is a Video Compression Standard and one of the main objectives is to improve compression ratio for real time Multimedia ...

Fractional Motion Estimation (FME), which refines integer motion vectors found during Integer Motion Estimation, is one of the most time and computation ...