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遥感图像数字处理新方法-模拟反射率图像 被引量:2

THE IMAGE OF SIMULATED REFLECTANCE-A NEW METHOD OF DIGITAL IMAGE PROCESSING
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摘要 随着遥感技术的飞速发展及图像分辨率的提高,对改善图像质量的处理技术要求越来越高,现有的处理手段已不能满足新的需求,其中遥感数据信息的完整利用尤为突出。TM数据有七个波段,一般只利用其中三个波段的信息,其它波段的信息没有被利用。基于TM数据的模拟反射率图则囊括TM数据七个波段的信息,信息利用完整,图像质量得到了很大提高。这里严格推导了基于TM数据构建模拟反射率图的原理和构建流程,并根据实验结果,总结了基于TM数据的模拟反射率图的特点主要有:①阴影区的分辨率得到了提高;②整体图像质量提高,图像处理由传统的不定量(拉伸)处理变为定量(特定处理工艺)处理;③信息利用完整;④对水体有一定程度的透视作用。 With the development of remote sensing technique and the improvement of the image resolution,the requirement for the processing methods of higher quality imagie is increasing and present processing methods have not satisfied this goal,especial how to fully use the remote sensing data information.TM data with seven wave bands,in general,only three bands information of them are used.The simulated reflectance imagine based on TM data has all seven bands information of TM data,and the imagine quality has been improved obviously because of full information.The authors have strictly deduced the principals and building course of simulated reflectance imagine based on TM data,and according to experimental results,have concluded the main characters of simulated reflectance image,which are as the following:(1)Improved the resolution of shadow area.(2)Improved the quality of imagie.The image processing has been changed from traditional non-quantitative(stretching)processing to quantitative(special processing technique)processing.(3)Full using of information.(4)With some perspective effects to water.
出处 《物探化探计算技术》 CAS CSCD 2007年第1期58-61,94-95,共4页 Computing Techniques For Geophysical and Geochemical Exploration
关键词 遥感 图像处理 信息 模拟反射率 remote sensing digital image processing information simulated reflectance
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参考文献8

  • 1LIU JIAN GUO, MCM J. MOORE. Simulated reflectance technique for ATM image enhancemen [ J ]. REMOTE SENSING, 1997,18(2) : 243.
  • 2FRASTER, R. S.. Interaction mechanisms within theatmosphere. In Manual of Remote Sensing[ M]. RobertG. Reeves (Falls Church, Virginia: American Societyof Photogrammetry), 1975.
  • 3SEEND LO, MOUGIN E, RAMBAL S. A Regional Sahelian Grassland Model To Be Coupled with Multispectral Satellite Data.Ⅱ: Toward the Control of Its Simulations by Remotely Sensed Indices [ J ]. Remote Sensingof Environment, 1995,52 (3) : 194.
  • 4LIANGROCAPARTll S, THAILAND, PE-TROU M. Atwo - layer model of the bidirectional reflectance ofhomogeneous vegetation canopies [ J ]. Remote Sensingof Environment, 2002,80( 1 ) : 17.
  • 5GASTELLU - ETCHEGORRY J P, GASCON F, ES-TEVEESTEVE P. An interpolation procedure for gener-alizing a look - up table inversion method [ J ]. RemoteSensing of Environment, 2003,87( 1 ) :55.
  • 6JACQUEMOUD S, BACOUR C, POILVE'H, et al.Comparison of Four Radiative Transfer Models to Simulate Plant Canopies ReflectanceDirect and Inverse Mode[ J ]. Remote Sensing of Environment, 2000,74 ( 3 ) :471.
  • 7FRASERGEMMELL. Estimating Conifer Forest Coverwith Thematic Mapper Data Using Reflectance Model Inversion and Two Spectral Indices in a Site with VariableBackground Characteristics[J]. Remote Sensing of Environment, 1999,69 (2) : 105.
  • 8FRASERGEMMELL, JARIVARJO, MIKAEL-STR-ANDSTROM. Estimating forest cover in a boreal foresttest site using Thematic Mapper data from two dates[J]. Remote Sensing of Environment, 2001,77 (2) :197.

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