atmospheric correction

基本解释

The atmospheric correction algorithm, bio-optical algorithms and optical properties of aerosols (especially absorbtive aerosols) are also described.
具体介绍了大气校正算法的原理、生物光学算法及气溶胶的相关知识。
A simple but accurate model of the upwelling solar radiance is of great significance for the atmospheric correction in the case of satellite remote sensing of surface parameters.
发展了一个用于卫星大气订正的参数化模式，包括一个新的程辐射亮度模式和一个参数化的朗伯地表—大气辐射耦合引起的亮度增量模式。
However, Atmospheric correction on the data of the remotely sensed imagery can effectively improve the LAI-VI correlation and SAVI can partly remove the influence of soil on the relationship.
士壤和大气对LAI-VI的关系有显著的影响。对遥感数据进行大气校正可以显著地提高LAI-VI之间的相关性。

大气校正
Traditional atmospheric correction methods are complicated in theory, difficult in practice owning to some parameters, especially field real-time atmospheric profile data, are seldom available.
传统的大气校正方法原理比较复杂，而且有些参数特别是实时的大气剖面资料难以获取。
大气修正
大气订正
大气改正

大气校正
大气纠正
Under complicated geographic conditions,the spatial distribution of aerosol is comparatively significiant. It is hard to achieve desirable result only by using measured parameter of Aerosol or Dark Objects to carry out the atmospheric correction.
复杂地形条件下气溶胶的空间分布变化较大,用单一的气溶胶实测参数或单一的暗像元进行大气纠正都难以获得好的效果,手动选取暗像元还受限于专业人员的经验。
大气订正

大气改正
With improvement of the performance of receiver, enhancing of the carrier phase accuracy continuously and in-depth of the atmospheric correction model and ways continuously, it is possible that the precise point positioning applying in the IMU/GPS-supported photogrammetry.
随着接收机性能的不断改善,载波相位精度不断提高,以及大气改正模型和改正方法不断深入,为精密单点定位技术应用在IMU/GPS辅助航空摄影中提供了可能性。
电子、通信与自动控制技术
大气改正