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ANALYSIS OF LIDAR DATA FOR RICE FIELD AREAS

机译:水稻田间激光雷达数据分析

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Basic of physics concept for applied by remote sensing as lidar is a relationship with light speed,wavelength, and frequency. That component usually used to describe travel energy in the sinusoidal wave form. The wavelength of electromagnetic wave can show optical reflectance of the lidar data. It used to analyze the age of paddy and rice field classification. The method of this research is analyze lidar data from the NEST and Fugro-viewer Software. Rice field classification can be determine by using reflectance wavelength in basic physics theory. In this research, electromagnetic region of rice field wavelength for all band are ultraviolet region, visible region, and near-infrared until middle-infrared region.The wavelength of each paddy plot has range of 170-3580 nm with all of lidar band in aerial photo.
机译:遥感作为激光雷达应用的物理概念的基础是与光速,波长和频率的关系。该分量通常用于描述正弦波形的行进能量。电磁波的波长可以显示激光雷达数据的光反射率。它用于分析水稻和稻田分类的年龄。这项研究的方法是分析来自NEST和Fugro-viewer软件的激光雷达数据。稻田分类可以通过基本物理学理论中的反射波长来确定。本研究中,稻田所有波段的电磁波区域均为紫外区,可见区和近红外区至中红外区。每幅稻田的波长范围为170-3580 nm,整个雷达带照片。

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