1) latitude reduction technique
动态范围压缩技术
1.
Objective To evaluate the application of latitude reduction technique in CR image processing based on different tissuethickness of foot radiography.
目的探讨动态范围压缩技术在体厚差别较大的足部CR图像处理中的应用价值。
2) Dynamic range compression
动态范围压缩
1.
With this method,image contrast enhancement,sharpening and dynamic range compression were achieved at the same time.
试验结果表明:MSR算法既可实现低对比的数字X光图像增强,又能实现图像的动态范围压缩,可显著提高暗区数字X光图像的信息。
2.
The techniques of channel separation,range gate,variable gain of photomultiplier tube and cross polarization are analyzed and combined to improve the dynamic range compression of the laser echo signal in airborne laser bathymetry.
对动态范围压缩技术进一步研究提供了有价值的参考。
3) high dynamic range compression
高动态范围压缩
4) compress dynamic range
压缩动态范围
1.
This paper, through mathematical analysis method, shows that the response velocity and the abilities of compress dynamic range and restraint interference pulse of automatic gain control are in proportion to the slope of adjustment characteristics and the gain of direct current amplifier.
用数学分析的方法表明:AGC的响应速度、压缩动态范围及抑制干扰脉冲的能力均与AGC调整特性的斜率和直流放大器的增益成正比关系。
5) Wide dynamic range compression(WDRC)
宽动态范围压缩
6) dynamic compression range
动态压缩范围
补充资料：动态范围(DR)压缩处理
动态范围(DR)压缩处理
影像学术语。数字成像系统中，根据显示影像的需要，对不同密度区域的动态范围施行选择性压缩，以得到适于临床要求的影像特征的处理方法。
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