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MRT_Steup

于 2020-06-23 发布 文件大小:6919KB
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代码说明：

  modis一般是hdf数据，使用MRT（MODIS Reprojection Tool）工具可以将数据装换为.tif格式以及提取拼接(Modis is commonly HDF data, and the data can be reprojected to the.tif format and outprojection using the MRT (modis Reprojection Tool))

文件列表：

MRT_Steup, 0 , 2017-08-18
MRT_Steup\append_meta, 0 , 2011-04-06
MRT_Steup\append_meta\append_meta.c, 37303 , 2011-04-06
MRT_Steup\append_meta\append_meta.h, 2252 , 2011-04-06
MRT_Steup\append_meta\Makefile, 1167 , 2011-04-06
MRT_Steup\bin, 0 , 2017-09-14
MRT_Steup\bin\abc.hdr, 1677 , 2011-04-06
MRT_Steup\bin\abc.prm, 450 , 2011-04-06
MRT_Steup\bin\append_meta.exe, 459264 , 2011-04-06
MRT_Steup\bin\cathead.cat256.dat, 65536 , 2011-04-06
MRT_Steup\bin\cathead.cat512.dat, 262144 , 2011-04-06
MRT_Steup\bin\cathead.hdr, 701 , 2011-04-06
MRT_Steup\bin\cathead.head256.dat, 65536 , 2011-04-06
MRT_Steup\bin\cathead.head512.dat, 262144 , 2011-04-06
MRT_Steup\bin\cathead.met, 14820 , 2011-04-06
MRT_Steup\bin\cathead.prm, 525 , 2011-04-06
MRT_Steup\bin\dumpmeta.exe, 451072 , 2011-04-06
MRT_Steup\bin\fcgtiff.exe, 60416 , 2011-04-06
MRT_Steup\bin\gtiff_composite.exe, 506880 , 2011-04-06
MRT_Steup\bin\hdf2rb.exe, 887808 , 2011-04-06
MRT_Steup\bin\hdflist.exe, 571904 , 2011-04-06
MRT_Steup\bin\mod09.prm, 839 , 2011-04-06
MRT_Steup\bin\mod09ghk.met, 14821 , 2011-04-06
MRT_Steup\bin\ModisTool.bat, 680 , 2017-08-18
MRT_Steup\bin\ModisTool.ICO, 3774 , 2011-04-06
MRT_Steup\bin\ModisTool.jar, 140175 , 2011-04-06
MRT_Steup\bin\mrtbatch.bat, 6510 , 2017-09-01
MRT_Steup\bin\MRTBatch.jar, 27050 , 2011-04-06
MRT_Steup\bin\mrtmosaic.exe, 1026560 , 2011-04-06
MRT_Steup\bin\resample.exe, 1084416 , 2011-04-06
MRT_Steup\bin\resample.log, 51978 , 2017-09-14
MRT_Steup\bin\revendian.exe, 760320 , 2011-04-06
MRT_Steup\bin\sdslist.exe, 448000 , 2011-04-06
MRT_Steup\bin\test.prm, 1592 , 2011-04-06
MRT_Steup\bin\test1.prm, 1594 , 2011-04-06
MRT_Steup\bin\testin.band1.dat, 1000000 , 2011-04-06
MRT_Steup\bin\testin.hdr, 646 , 2011-04-06
MRT_Steup\bin\testin.met, 14819 , 2011-04-06
MRT_Steup\bin\testin1.band1.dat, 1000000 , 2011-04-06
MRT_Steup\bin\testin1.hdr, 636 , 2011-04-06
MRT_Steup\bin\testin1.met, 14819 , 2011-04-06
MRT_Steup\bin\TmpMosaic.prm, 130 , 2017-09-14
MRT_Steup\bin\TmpParam.prm, 1037 , 2017-09-14
MRT_Steup\bin\update_tile_meta.exe, 456704 , 2011-04-06
MRT_Steup\bin\world.jpg, 44517 , 2011-04-06
MRT_Steup\data, 0 , 2011-04-06
MRT_Steup\data\conus.las, 534848 , 2011-04-06
MRT_Steup\data\conus.los, 534848 , 2011-04-06
MRT_Steup\data\datum.txt, 17426 , 2011-04-06
MRT_Steup\data\nad27sp, 14473 , 2011-04-06
MRT_Steup\data\nad83sp, 14473 , 2011-04-06
MRT_Steup\data\spheroid.txt, 1225 , 2011-04-06
MRT_Steup\doc, 0 , 2011-04-06
MRT_Steup\doc\MRT_Users_Manual.doc, 784896 , 2011-04-06
MRT_Steup\doc\MRT_Users_Manual.pdf, 933317 , 2011-04-06
MRT_Steup\doc\ReleaseNotes.txt, 49228 , 2011-04-06
MRT_Steup\dumpmeta, 0 , 2011-04-06
MRT_Steup\dumpmeta\dumpmeta.c, 4415 , 2011-04-06
MRT_Steup\dumpmeta\Makefile, 1333 , 2011-04-06
MRT_Steup\gctp, 0 , 2011-04-06
MRT_Steup\gctp\64bitCompile.README, 666 , 2011-04-06
MRT_Steup\gctp\alberfor.c, 4053 , 2011-04-06
MRT_Steup\gctp\alberinv.c, 5488 , 2011-04-06
MRT_Steup\gctp\alconfor.c, 5111 , 2011-04-06
MRT_Steup\gctp\alconinv.c, 6427 , 2011-04-06
MRT_Steup\gctp\azimfor.c, 3596 , 2011-04-06
MRT_Steup\gctp\aziminv.c, 3649 , 2011-04-06
MRT_Steup\gctp\br_gctp.c, 736 , 2011-04-06
MRT_Steup\gctp\cproj.c, 12511 , 2011-04-06
MRT_Steup\gctp\cproj.h, 943 , 2011-04-06
MRT_Steup\gctp\eqconfor.c, 4296 , 2011-04-06
MRT_Steup\gctp\eqconinv.c, 4536 , 2011-04-06
MRT_Steup\gctp\equifor.c, 2712 , 2011-04-06
MRT_Steup\gctp\equiinv.c, 2759 , 2011-04-06
MRT_Steup\gctp\for_init.c, 18635 , 2011-04-06
MRT_Steup\gctp\gctp.c, 9861 , 2011-04-06
MRT_Steup\gctp\gnomfor.c, 3402 , 2011-04-06
MRT_Steup\gctp\gnominv.c, 3798 , 2011-04-06
MRT_Steup\gctp\goodfor.c, 6032 , 2011-04-06
MRT_Steup\gctp\goodinv.c, 7222 , 2011-04-06
MRT_Steup\gctp\gvnspfor.c, 3791 , 2011-04-06
MRT_Steup\gctp\gvnspinv.c, 4394 , 2011-04-06
MRT_Steup\gctp\hamfor.c, 2967 , 2011-04-06
MRT_Steup\gctp\haminv.c, 2930 , 2011-04-06
MRT_Steup\gctp\imolwfor.c, 4836 , 2011-04-06
MRT_Steup\gctp\imolwinv.c, 4278 , 2011-04-06
MRT_Steup\gctp\inv_init.c, 18808 , 2011-04-06
MRT_Steup\gctp\isin.h, 4522 , 2011-04-06
MRT_Steup\gctp\isinfor.c, 20351 , 2011-04-06
MRT_Steup\gctp\isininv.c, 21367 , 2011-04-06
MRT_Steup\gctp\lamazellipsfor.c, 5743 , 2011-04-06
MRT_Steup\gctp\lamazellipsinv.c, 6694 , 2011-04-06
MRT_Steup\gctp\lamazfor.c, 4051 , 2011-04-06
MRT_Steup\gctp\lamazinv.c, 4201 , 2011-04-06
MRT_Steup\gctp\lamccfor.c, 5773 , 2011-04-06
MRT_Steup\gctp\lamccinv.c, 4948 , 2011-04-06
MRT_Steup\gctp\Makefile, 2636 , 2011-04-06
MRT_Steup\gctp\merfor.c, 3324 , 2011-04-06
MRT_Steup\gctp\merinv.c, 3172 , 2011-04-06
MRT_Steup\gctp\millfor.c, 2935 , 2011-04-06

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  • helloword5353
    说明：  均值方差与协方差 协方差矩阵、特征值与特征向量的提取、PCA原理 人脸识别算法之EigenFace、LBPH 人脸识别应用开发案例(Mean Variance and Covariance Covariance Matrix, Extraction of Eigenvalues and Eigenvectors, PCA Principle EigenFace and LBPH of Face Recognition Algorithms Case Study of Face Recognition Application Development)
    2020-06-23 08:40:02下载
    积分：1
  • tu_xiang_he_bing
    程序进行了两张图片的简单合并，适合对控件的使用进行学习(Procedures carried out two simple merger picture, suitable for the control of the use of learning)
    2013-11-05 22:32:15下载
    积分：1
  • dual-tree
    首先将非平稳的故障振动信号进行双树复小波包分解，得 到不同频带的分量；然后对每个分量求其峭度值和相关系数并进行比较；最后选取峭度值和相关系数较大的分量 进行软阈值降噪和双树复小波包重构，即可有效地消除振动信号中噪声的干扰，同时保留信号中的有效信息即实 现了故障特征信息的提取。(In view of the above situation, a new fault diagnosis method is proposed based on dual-tree complex wavelet packet transform and threshold de-noising. Firstly, the non-stationary fault signal is decomposed into several different frequency band components through dual-tree complex wavelet packet decomposition. Secondly, Kurtosis and the cross-correlation coefficient of each component are obtained and compared. Due to the kurtosis reflecting the signal variations, if the kurtosis value is bigger, the degree of the change of signal is bigger too. The correlation coefficient can reflect the proximity between the component and the original signal at the same time, the correlation coefficient is bigger, the more similar with the original signal. Finally, the components that have a bigger value are chosen to be de-noised by a soft threshold and reconstructed by dual-tree complex wavelet packet transform. The noise interference was eliminated effectively, and the effective si)
    2014-05-28 17:02:14下载
    积分：1
  • Markov-Decision-Process-matlab
    说明：  马氏过程的应用很广， 机器人路径计划， 自动飞行器导航，多目标跟踪， 电梯计划， 网络交换和路由， 银行客户保有等等。(Application of Markov process is broad, robot path plan, automatic vehicle navigation, multi-target tracking, lift plans, network switching and routing, bank customers to maintain and so on.)
    2008-11-10 12:02:54下载
    积分：1
  • PS
    说明：  Matlab实现简单图形处理，包括灰度、亮度、对比度变化等功能(Implement Simple Graphics Processing with matlab. Equipped with the function of gray level,brighteness and contrast ratio transfotmation.)
    2020-12-30 10:39:00下载
    积分：1
  • deformation_transfer_python_for_same_face
    对三角网格进行驱动形变，使用Deformation transfer of Triangular Mesh算法(Driving Deformation of Triangular Mesh)
    2020-06-16 15:20:02下载
    积分：1
  • TOOLBOX_calib
    加州理工经典的摄像机标定程序，张正友博士的文章算法(The camera calibration program of the California Institute of Technology, the article algorithm of Dr. Zhang Zhengyou)
    2018-03-19 15:32:23下载
    积分：1
  • executable
    tld目标跟踪算法，很适合初学者，实时性很好。(To promote the informationization of the global Internet revolution, for global range of information processing and communication provides the operating platform,)
    2014-05-15 19:42:36下载
    积分：1
  • 3dCameracalition
    这是一个相机标定程序，有数据检验，求出两个相机的投影矩阵，用于双目视觉(This is a camera calibration procedures, test data, obtained two camera projection matrix for the binocular vision)
    2009-01-06 15:53:44下载
    积分：1
  • nmf
    非负矩阵分解法，这一种新型的子空间分解方法，增加了非负性约束，比PCA、ICA更有效(Non-negative matrix factorization method, which a new type of sub-space decomposition method, an increase of non-negative constraint, compared with PCA, ICA is more efficient)
    2009-12-09 11:43:33下载
    积分：1
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