Next: H.264 project goals and scopeH.264 project goals and scope The goal of the project was to emulate a typical design process for an H.264 encoder. The target was to build an H.264 encoder that ...

Block Diagram of the H.264 Software Video Encoder IP Core H.264 IP Enhanced Multi-Format Encoder Supporting AV1 Up To 5 MPixel Multi-Format Encoder 4K/ 8K LCEVC Video Decoder H.264 High Profiles ...

H.264 also improves block-based motion compensation used in encoding P- and B-frames. An H.264 encoder can choose to search for matching blocks — down to sub-pixel accuracy — in a few or many ...

H.264 Baseline encoding can be essentially divided into a series of processing steps for each 16x16 pixel macroblock in the source video frame. We will focus only on the subset of the H.264 Baseline ...

One straightforward way to divide the encoding tasks is with functional partitioning, in which one instance of the encoder runs across multiple devices. In a scheme that uses two DSPs, the top device ...

In order to reduce the computation in the H.264 encoder, a method for the motion search based on the zero-block detection is proposed in this paper. According to the characteristics of the transform ...

This document describes the Intel SVT-AV1 encoder design. In particular, the encoder block diagram and the system resource manager are described. A brief description of the various processes involved ...

The H.264 encoder, based on an open-source intra-frame encoding core, was adapted and integrated with a full data loading pipeline, controller logic, and output bitstream handler. The encoder supports ...

The H.264 video coding standard supports the usage of Variable Block Size (VBS) Motion Estimation/ Compensation and Mode Decision (ME/MD). This tool clearly enhances the rate-distortion (R-D) ...