JPEG2000 is a new still image compression standard.
JPEG2000是新一代的静态图像压缩标准。
The employed processing units include a high definition H. 264 compression engine, a JPEG engine for still image compression.
这些从处理单元包括一个高清H.264压缩引擎，一个静态图像压缩的JPEG引擎。
In order to face the new still image compression standard JPEG2000, the research work in the thesis is basically based on DWT.
为了面向新的国际图像静态压缩标准JPEG2000，本文的研究以DWT为主。
The still image compression mentioned in the article is a strategy of VQIC that is based on analyzing the composition of a picture.
该文所叙述的方法，就是在JPEG格式的基础之上，通过简单分析被处理图像的构图来策略性地配置图像中重要性不同区域的不同压缩比。
By still image compression coding technique, the color digital watermark is encoded into a series of binary ID Numbers for watermarking.
利用静态图像的压缩编码技术，将彩色数字水印编码为一系列二值id数字，以实现水印的嵌入。
The new still image compression standard, JPEG2000, provides higher compression rates for the same visual quality for gray scale and color images than JPEG.
JPEG2000是一种新的静止图像压缩标准，与JPEG相比，对于具有同样视觉质量的灰度等级图像和彩色图像，JPEG2000能提供更高的压缩率。
In the article, Study the JPEG2000 still image compression technology, and elaborated on the realizing process of DSP-based JPEG2000 compression module of the system.
在文中着眼于JPEG2000静态图像压缩技术的研究，并研制出了一个基于DSP的JPEG2000静态图像压缩系统。
The experiment results show that the new still image compression scheme provides higher perceptual quality and less encoding time than EZW, especially at low bit rates.
实验结果表明，该算法具有较好的图像复原质量和较快的编码速度，整体性能明显优于EZW方案（特别是低比特率下）。
The experiment results show that the new still image compression scheme provides higher perceptual quality and higher PSNRs than SPIHT etc., especially at low bit rates.
仿真实验结果表明，所提出的图像编码方法是一种高效的图像压缩算法，其压缩效果明显优于SPIHT等编码方法(特别是低比特率下)。
A new still image compression standard: JPEG2000 developed by ISO has higher compression performance as well as some new features which is beneficial to digital image processing.
国际标准化组织(iso)指定的新一代静止图像压缩标准：JPEG2000具有传统JPEG图象格式所没有的更高压缩比和更多有利于数字化图象处理的新功能。
So the ISO referred the new still image compression standard: JPEG2000. This paper first introduced the theory of still picture standard JPEG2000 and discussed the key techniques .
为此，国际标准化组织（ISO）指定了新一代静止图像压缩标准：JPEG2000。该文首先阐述了JPEG2000图像编码系统的实现过程，对其中的关键技术做了详细描述。
Because of these features, JPEG2000 standard applies to many fields such as image compression and network transmission and gradually become major standard of still image compression.
JPEG2000标准凭借良好的压缩性能和高度灵活的嵌入码流，广泛地应用于图像压缩和网络传输，逐渐成为静止图像压缩的主流标准。
JPEG2000 is the next generation still image compression standard, which is one of the best algorithms of compression performance. In many areas there is a very important application prospects.
JPEG2000是新一代静止图像压缩标准，是目前压缩性能最好的算法之一，在很多领域有很重要的应用前景。
At present, binary image compression is still in the stage of lossless encoding with low compression ratios.
目前，二值图像压缩主要采用无损压缩方式，压缩倍数低。
This paper introduces the compression principle of a new compression standard JPEG2000 for still images, and designs a basic realizing framework of the image compression system.
介绍了新的静止图像压缩标准JPEG2000的压缩原理，设计了图像压缩系统的基本实现框架。
JPEG2000 is the new still image coding standard, which has better compression rate and higher flexibility.
JPEG2000是新一代静态图像压缩标准，它具有优良的压缩性能和很高的灵活性。
As a kind of three-dimensional data sets, it is different from the 2d still image, and is also different from video series, so the general image compression method is not efficient for them.
高光谱数据作为一种三维图像，不同于二维静止图像，也不同于视频图像，一般的图像压缩技术难以达到高光谱压缩的性能要求。
It still need further development. The remain problems are web PACS with best performance, image indexing, and image compression and decompression on web.
需要更深入探讨的问题是如何建立最优性能的体系结构、如何在网络上进行图像数据的快速压缩处理技术等。
To some extent, the intra-frame mode can be seen as a still-image compression standard.
在某种程度上，I帧编码可以被认为是一种静态图像编码。
To some extent, the intra-frame mode can be seen as a still-image compression standard.
在某种程度上，I帧编码可以被认为是一种静态图像编码。
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