2) lossless compression
无损压缩
1.
Project design for optical image lossless compression technique in range;
靶场光测数字图像无损压缩技术方案设计
2.
A lossless compression algorithm for medical images using Hilbert scanning;
一种基于Hilbert扫描的医疗图像无损压缩算法
3.
Research and implementation of the algorithm for data real-time and lossless compression and decompression basing on RICE for remote sensing image;
一种基于RICE算法的遥感图像数据的实时无损压缩与解压缩算法的研究及FPGA实现
3) lossless image compression
无损压缩
1.
Experiments show that in lossless image compression application t.
实验结果表明,无损压缩性能略好于(1D+2D)CDF(2,2)DWT+改进EBCOT,远好于JPEG-LS、WinZip、ARJ、DPCM、文献[1]及NMST和MST。
2.
The experimental results show that in lossless image compression applications the method is much better than JPEG-LS, WinZip, ARJ, DPCM, the research result of a research team of Chinese Academy of Sciences, NMST and MST.
实验结果表明,无损压缩性能远好于JPEG-LS、WinZip、ARJ、DPCM、中国科学院一小组、NMST、MST的结果,以JPL的Canal测试图像为例,平均而言无损压缩比分别比上述算法提高了43%、38%、36%、31%、17%、13%、10%左右。
4) lossy compression
有损压缩
1.
Development of lossless and lossy compression for medical images;
医学图像无损压缩与有损压缩技术的进展
2.
A lossy compression algorithm of remote sensing image suited to space-borne application;
一种适合星上应用的遥感图像有损压缩算法
3.
Both integer and float wavelets are used for lossless and lossy compression respectively.
采用整数小波和浮点小波分别进行无损和有损压缩仿真,AVIRIS和OMIS实验结果表明,在bit/pixel为1的条件下,平均PSNR比准三维方法分别高0。
5) loss compression
有损压缩
1.
The paper presented a loss compression method of combing segmentation and anomaly detection.
高光谱图像海量数据的不断增加迫切需要实现大比例的有损压缩,现有方法往往不能满足重要信息准确保留的要求。
2.
This paper introduces several image compression technologies of lossless compression and loss compression and application fi.
着重介绍了无损压缩和有损压缩的几种图像压缩技术以及其应用领域,并对它们的算法特性进行了分析和讨论。
3.
A loss compression algorithm about free-form curve and surface in CAD models is proposed to effectively exchange and transmit the model data in collaborative design environment.
针对产品协同设计过程中面临的三维CAD产品模型传输困难问题,提出一种基于最佳线性预测的自由曲线曲面的有损压缩算法。
6) lossless compression and decompression
无损压缩和解压缩
补充资料：无损
1.没有减轻或减少;没有妨害。 2.传说中兽名。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条