atmospheric correction

基本解釋

The atmospheric correction algorithm, bio-optical algorithms and optical properties of aerosols (especially absorbtive aerosols) are also described.
具體介紹了大氣校正算法的原理、生物光學(xué)算法及氣溶膠的相關(guān)知識(shí)。
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.
發(fā)展了一個(gè)用于衛(wèi)星大氣訂正的參數(shù)化模式，包括一個(gè)新的程輻射亮度模式和一個(gè)參數(shù)化的朗伯地表—大氣輻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.
士壤和大氣對(duì)LAI-VI的關(guān)系有顯著的影響。對(duì)遙感數(shù)據(jù)進(jìn)行大氣校正可以顯著地提高LAI-VI之間的相關(guān)性。

大氣校正
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.
傳統(tǒng)的大氣校正方法原理比較復(fù)雜，而且有些參數(shù)特別是實(shí)時(shí)的大氣剖面資料難以獲取。
大氣修正
大氣訂正
大氣改正

大氣校正
大氣糾正
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.
復(fù)雜地形條件下氣溶膠的空間分布變化較大,用單一的氣溶膠實(shí)測(cè)參數(shù)或單一的暗像元進(jìn)行大氣糾正都難以獲得好的效果,手動(dòng)選取暗像元還受限于專業(yè)人員的經(jīng)驗(yàn)。
大氣訂正

大氣改正
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.
隨著接收機(jī)性能的不斷改善,載波相位精度不斷提高,以及大氣改正模型和改正方法不斷深入,為精密單點(diǎn)定位技術(shù)應(yīng)用在IMU/GPS輔助航空攝影中提供了可能性。
電子、通信與自動(dòng)控制技術(shù)
大氣改正