To encode the labels and paths of XML documents, it uses a reverse arithmetic encoding method over distinct intervals.
为了编码XML文档的标签和路径，它在不同的间隔使用反向算术编码方法。
This paper proposes an energy threshold method based on wavelet transform and has achieved fairly good compression performance by referring to adaptive arithmetic encoding.
以小波变换为基础，提出了能量阈值法，并结合自适应算术编码方法对扰动数据进行压缩，获得了较好的压缩效果。
The system uses CCD for getting digital image, uses a 16 bit fix-point DSP to perform fast discret cosine transform(DCT) arithmetic and image encoding and realizes a fast image compression in end.
系统使用CCD获取原始数字图像数据，采用快速算法实现了核心的二维DCT变换，经过编码后，在一个16位定点DSP上实现了快速图像压缩。
The arithmetic is realized by logic operations and implemented by the spatial encoding technique, which offers an efficient design of optical arithmetic logic unit(ALU).
这些基本运算都可通过空间编码与解码的光学逻辑实现，从而提供了一种有效的光学算术-逻辑单元（ALU）设计方案。
This article also discusses the real-time multimedia tools, and introduces the process of multimedia collection by VFW, MPEG-4 encoding arithmetic, and multicast-tunneling technique.
本文还详细论述了实时多媒体工具，介绍基于VFW的多媒体信息的采集、MPEG - 4压缩编码方法及组播隧道思想。
This article also discusses the real-time multimedia tools, and introduces the process of multimedia collection by VFW, MPEG-4 encoding arithmetic, and multicast-tunneling technique.
本文还详细论述了实时多媒体工具，介绍基于VFW的多媒体信息的采集、MPEG - 4压缩编码方法及组播隧道思想。
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