This performance increase is most pronounced in CPU-limited apps like CAD, audio and video encoding, compression, etc.
这样的性能提升在CPU受限的应用中更加明显，例如CAD、音频和视频编码、压缩等等。
The discussion then moved onto video encoding and how the task is broken up into small pieces that are executed sequentially.
于是，我们的话题就转移到视频编码，以及如何把这项任务分解成若干小片段来顺序执行的问题上了。
Other applications, such as video encoding, are lengthy operations that are best run "batch" style, where you start a job and leave it running while you go do something else.
其他应用程序(例如视频编码)如果是耗时非常长的操作，最好以“批处理”任务的方式运行，此时启动一个作业，让其一直运行，然后我们就可以去干别的事情了。
To solve this problem, we must apply video encoding techniques.
要解决这一问题，就必须应用视频压缩编码技术。
Using the proposed scheme, effective results in video encoding on DSP can be obtained.
该方法在基于DSP的视频编码中取得了良好效果。
Firstly, the thesis introduces the MPEG-4 standard, video encoding and decoding theory.
文章首先分析介绍了MPEG - 4标准和视频编解码的基本知识。
This paper deals with automatic object segmentation method for object-oriented video encoding.
该文讨论面向对象编码的视频分割算法。
Based on the characteristics of MPI, we implement the video encoding parallel algorithm using MPI.
基于MPI的特点，我们用MPI来实现视频编码的并行算法。
The segmentation for moving pictures is important in content-based video encoding and video retrieval.
运动图像的分割在基于内容的视频编码及视频检索中占有重要的地位。
Video object segmentation has important application in content-based video encoding and video retrieval.
视频对象分割在基于内容的视频编码和视频检索中均有重要的应用。
Multi-view video coding is a video encoding and decoding method that processes videos from multiple video cameras.
多视点视频编解码是将多个摄像头捕捉到的场景同时进行编解码的方法。
In this paper, video encoding techniques in common use and the major standards of video encoding are presented in detail.
文章详细介绍了常用的视频编码技术，并对当前的一些视频编码标准作了较详细的介绍。
In this paper, its hardware structure is introduced as well as its working principle; especially, the performance of video encoding is analyzed.
详细阐述系统硬件设计及工作流程，重点分析了其视频编码的实现。
H. 264 is the preferred video encoding compression standard capable of providing good video quality at substantially lower bit rates than previous standards.
相对于以前的视频压缩标准来说，H . 264是现在首选的标准，在保障视频质量的同时又大大降低了视频文件的比特率。
To improve the image quality of real time video encoder, a low complexity variant bit rate (VBR) control algorithm for single-pass video encoding was proposed.
为提高实时视频编码的图像质量，提出了一种低复杂度单通道视频编码的可变码率(VBR)控制算法。
Differing from the traditional encryption methods, these scrambling methods being proposed can be embedded into the video encoding and decoding processes compactly.
与传统数据加密方法不同，置乱方法能够与视频编解码进行紧密的结合。
During the video encoding process, there are two coding types, which are Intra-frame and Inter-frame, using the methods of motion prediction, estimation and compensation.
在视频压缩的过程中，实现了帧内编码与帧间编码两种编码方式，运用了预测编码、运动估计、运动补偿等技术。
This paper brings forward the design and implementation of the desktop software video conferencing system based on H. 264, the most advanced video encoding and decoding technology.
阐述了基于先进视频编码技术—h . 264标准的桌面纯软件视频会议系统的设计方案及实现过程。
In the low rate video encoding process, predetermination of all-zero blocks which can be applied to reduce the computational complexity is a common method to optimize the software coder.
在低比特率视频编码时，全零块的预先判断，能够有效地减少编码器的计算复杂性，是优化编码器常用的技术之一。
Based on the features of low coding rate video encoding, we improved the control strategy of quantization step and coding rate in the simulation program TMN - 2. 0 of H. 263 test model (TMN5).
文章根据低码率图像编码的特点，对H。263测试模型(TMN5)的仿真程序tmn- 2.0中的量化级和码率控制策略的不足之处进行了合理的改进。
Based on the features of low coding rate video encoding, we improved the control strategy of quantization step and coding rate in the simulation program TMN - 2. 0 of H. 263 test model (TMN5).
文章根据低码率图像编码的特点，对H。263测试模型(TMN5)的仿真程序tmn- 2.0中的量化级和码率控制策略的不足之处进行了合理的改进。
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