产品详情
说明： dct二维离散余弦变换 里面采用了经典的美人人脸识别图片，为自动加载
，用DCT法后能统计使用时间，也用了FDCT法，明显速度优于DCT.
(two-dimensional discrete cosine transform DCT inside a classic beauty face recognition picture, in order to automatically load, using DCT method to use after the statistical time spent FDCT law, obviously the speed is better than DCT.)
(two-dimensional discrete cosine transform DCT inside a classic beauty face recognition picture, in order to automatically load, using DCT method to use after the statistical time spent FDCT law, obviously the speed is better than DCT.)
文件列表：
DCT二维离散余弦变换
...................\FDCT.APS
...................\FDCT.clw
...................\FDCT.cpp
...................\FDCT.dsp
...................\FDCT.dsw
...................\FDCT.h
...................\FDCT.opt
...................\FDCT.plg
...................\FDCT.rc
...................\FDCT.sln
...................\FDCT.vcproj
...................\FDCTDlg.cpp
...................\FDCTDlg.h
...................\GIRL.IMG
...................\ReadMe.txt
...................\Release
...................\res
...................\...\FDCT.rc2
...................\Resource.h
...................\StdAfx.cpp
...................\StdAfx.h
...................\FDCT.APS
...................\FDCT.clw
...................\FDCT.cpp
...................\FDCT.dsp
...................\FDCT.dsw
...................\FDCT.h
...................\FDCT.opt
...................\FDCT.plg
...................\FDCT.rc
...................\FDCT.sln
...................\FDCT.vcproj
...................\FDCTDlg.cpp
...................\FDCTDlg.h
...................\GIRL.IMG
...................\ReadMe.txt
...................\Release
...................\res
...................\...\FDCT.rc2
...................\Resource.h
...................\StdAfx.cpp
...................\StdAfx.h
