1) scene-based nonuniformity correction
基于场景的非均匀校正法
2) nonuniformity correction
非均匀校正
1.
A Modified Nonuniformity Correction Method of Infrared Focal Plane Array;
红外焦平面阵列非均匀校正技术研究
2.
Algorithmic analysis and real-time system design of nonuniformity correction techniques;
非均匀校正技术算法分析与实时系统设计
3.
Nonuniformity correction algorithm of infrared focal plane arrays based on particle filters;
基于粒子滤波的红外焦平面阵列非均匀校正算法
3) non-uniformity correction
非均匀校正
1.
Research on non-uniformity correction algorithm in infrared focal plane arrays
基于对红外焦平面阵列非均匀校正的算法研究
2.
Uncooled infrared focal plane array detector module with the self-adaptive non-uniformity correction function
一种具有自适应非均匀校正功能的非制冷焦平面探测器组件
3.
At first, three methods of non-uniformity correction dealing with radiation distortion were presented and compared, and then the idea of the distortion correction for spatial distortion correction was introduced and demonstrated by an example.
首先介绍了针对辐射失真的非均匀校正、提出了三种非均匀校正的方法并进行了比较,其后针对空间位置失真的畸变校正、指明了畸变校正所需的两个步骤为空间变换和灰度插值并以实例进行说明,最后简单介绍了光谱合并技术,它利于系统实时运行并能够提高图像信噪比。
4) two-temperature point non-uniformity correct
两点法非均匀校正
5) nonuniformity correction
非均匀性校正
1.
DSP implementation of new nonuniformity correction method for infrared image processing;
一种红外图像非均匀性校正新方法的DSP实现
2.
Research on the nonuniformity correction of linear TDI CCD remote camera;
线阵TDI CCD遥感相机非均匀性校正的研究
3.
Nonuniformity correction and filter of infrared images based on FPGA;
基于FPGA红外图像实时非均匀性校正及滤波技术
6) NUC
非均匀性校正
1.
Results Evaluation of Two-point NUC and Scene-based NUC for IRFPA;
两点法与统计法用于IRFPA非均匀性校正的效果评价
2.
The principle of the traditional neural network nonuniformity correction(NN-NUC) algorithm was presented.
红外图像的非均匀性是制约红外成像系统成像质量的限制性因素,非均匀性校正是红外成像领域中的核心技术。
3.
Several nonuniformity correction(NUC) methods are described on the basis of analyzing the mechanism of the IRFPA′s nonuniformity and its characteristic.
红外焦平面成像系统是红外成像技术发展的趋势,焦平面阵列的非均匀性校正技术是一项正在探索的关键技术。
补充资料：非均匀表面
分子式：
CAS号：
性质：实际的固体表面。所有实际的固体表面都不是完全均匀的，如晶格结构会发生缺陷、催化剂的活性组分以大小不同的原子簇的方式分布在表面上，构成活性不一样的活性点，相应的吸附热的大小也是不同的。
CAS号：
性质：实际的固体表面。所有实际的固体表面都不是完全均匀的，如晶格结构会发生缺陷、催化剂的活性组分以大小不同的原子簇的方式分布在表面上，构成活性不一样的活性点，相应的吸附热的大小也是不同的。
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