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MRT_Steup

于 2020-06-23 发布
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代码说明：

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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发表评论

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  • effect
    加权中值滤波,用于图像增强,只用于超声图像,对超声图像去噪有很好的效果(Weighted median filter is used for image enhancement, only for ultrasonic image, has the very good effect on the ultrasonic image denoising)
    2017-05-31 01:55:17下载
    积分：1
  • DenoiseMethods
    主要包括3种去噪方法，Bayesian Least Squares，BM3d 和Non-local means (this attachment contains three classical denoising methods Bayesian Least Squares，BM3d and Non-local means )
    2010-02-20 13:34:12下载
    积分：1
  • chambolle projection
    应用投影算法对TV模型快速求解，并将算法应用到图像去噪中(The projection algorithm is used to solve the TV model quickly, and the algorithm is applied to image denoising)
    2017-11-05 14:42:43下载
    积分：1
  • edge-detec
    基于matlab的图像处理边缘提取程序，包含各种常用的边缘提取方法。(Matlab image processing based on edge extraction process, contains a variety of commonly used edge detection methods.)
    2010-03-03 21:48:39下载
    积分：1
  • 批量改图片格式
    说明：  对图像格式进行更改，将mat格式转化为其它格式的程序(Program to change image format and convert mat format to other formats.)
    2019-12-24 22:42:02下载
    积分：1
  • sift_0_9
    sift算法0.9版；对数据进行提取后聚类；采用聚类算法k-means(sift algorithm version 0.9 right after extracting the data clustering using k-means clustering algorithm)
    2009-10-07 18:04:10下载
    积分：1
  • 双随机图像加密
    图像经过双随机处理和分数阶傅里叶变换，可以达到加密解密的功能，且对密钥敏感性较强。(The image undergoes double random processing and fractional Fourier transform, which can achieve the function of encryption and decryption, and has strong sensitivity to the key.)
    2018-06-12 11:20:16下载
    积分：1
  • lolyd-max
    基于lloyd-max最佳量化器的量化程序，如有需要可随时下载。(Based on the best lloyd-max quantizer quantization procedure, if necessary, at any time to download.)
    2010-03-15 09:34:42下载
    积分：1
  • ImageSimilarity
    计算img文件夹内所有图像之间的相似度，并根据相似度排序，呈现每个图片的最相似图片结果(calculate the image similarity of each pic in img filedir)
    2018-05-20 00:07:26下载
    积分：1
  • 能量检测法源代码
    能量检测法是一种比较简单的信号检测方法[1]， 属于信号的非相干的检测， 直接对时域信号采样值求模，然后平方即可得到；或利用FFT转换到频域，然后对频域信号求模平方也可得到。它无需知道检测信号的任何先验知识，对信号类型也不作限制。 实际上，能量检测是在一定频带范围内作能量积累，如果积累的能量高于一 定的门限，则说明信号的存在；如果低于一定的门限，则说明仅有噪声。能量检 测的出发点是信号加噪声的能量大于噪声的能量。能量检测方法对信号没有作任何假设，是一种盲检算法。 此代码“利用FFT转换到频域，然后对频域信号求模平方”方法来实现对用户的检测。(In fact, energy detection is used for energy accumulation in a certain frequency range. If the accumulated energy is higher than a certain threshold, the existence of the signal is indicated. If the threshold is lower than the threshold, then only noise is indicated. The starting point of energy detection is that the energy of signal plus noise is greater than that of noise. The energy detection method does not make any assumptions about the signal, and it is a blind detection algorithm. This code "converts the frequency domain into the frequency domain by FFT, then calculates the square of the square of the frequency domain signal" to realize the detection of the user.)
    2021-04-29 16:18:42下载
    积分：1
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