文件名称:Java-Image-Processing-Project-master
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The way this algorhitm works is by treating face recognition as a
* two-dimensional recognition problem, taking advantage of the fact that
* faces are normally upright and thus may be described by a small set
* of 2-D characterisits views. Face images are projected onto a
* feature space ( face space ) that best encodes the variation
* among known face images. The face space is defined by the
* eigenfaces , which are the eigenvectors of the set of faces
* they do not necessarily correspond to isolated features such as eyes,
* ears, and noses. (quoted the paper s abstract)-The way this algorhitm works is by treating face recognition as a
* two-dimensional recognition problem, taking advantage of the fact that
* faces are normally upright and thus may be described by a small set
* of 2-D characterisits views. Face images are projected onto a
* feature space ( face space ) that best encodes the variation
* among known face images. The face space is defined by the
* eigenfaces , which are the eigenvectors of the set of faces
* they do not necessarily correspond to isolated features such as eyes,
* ears, and noses. (quoted the paper s abstract)
* two-dimensional recognition problem, taking advantage of the fact that
* faces are normally upright and thus may be described by a small set
* of 2-D characterisits views. Face images are projected onto a
* feature space ( face space ) that best encodes the variation
* among known face images. The face space is defined by the
* eigenfaces , which are the eigenvectors of the set of faces
* they do not necessarily correspond to isolated features such as eyes,
* ears, and noses. (quoted the paper s abstract)-The way this algorhitm works is by treating face recognition as a
* two-dimensional recognition problem, taking advantage of the fact that
* faces are normally upright and thus may be described by a small set
* of 2-D characterisits views. Face images are projected onto a
* feature space ( face space ) that best encodes the variation
* among known face images. The face space is defined by the
* eigenfaces , which are the eigenvectors of the set of faces
* they do not necessarily correspond to isolated features such as eyes,
* ears, and noses. (quoted the paper s abstract)
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Java-Image-Processing-Project-master
....................................\.gitignore
....................................\DYimageFX-jar
....................................\.............\DYimageFX-1.0.140514.jar
....................................\.............\ReadMe.txt
....................................\DYimageFX-javadoc
....................................\.................\DYimageFX-javadoc-1.0.140514.zip
....................................\.................\ReadMe.txt
....................................\DYimageFX-project
....................................\.................\build.xml
....................................\.................\manifest.mf
....................................\.................\nbproject
....................................\.................\.........\build-impl.xml
....................................\.................\.........\genfiles.properties
....................................\.................\.........\private
....................................\.................\.........\.......\private.properties
....................................\.................\.........\project.properties
....................................\.................\.........\project.xml
....................................\.................\src
....................................\.................\...\dyimagefx
....................................\.................\...\.........\DYCanvas.java
....................................\.................\...\.........\DYColor.java
....................................\.................\...\.........\DYMosaic.java
....................................\.................\...\.........\DYimageFX.java
....................................\.................\...\.........\ImageFX.java
....................................\.................\...\.........\Intensity.java
....................................\.................\...\.........\IntensityFreq.java
....................................\.................\...\.........\Mask.java
....................................\.................\...\.........\MyImage.java
....................................\.................\...\.........\PixMath.java
....................................\.................\...\.........\Threshold.java
....................................\.................\...\.........\detect
....................................\.................\...\.........\......\Detect.java
....................................\.................\...\.........\filter
....................................\.................\...\.........\......\Mean.java
....................................\.................\...\.........\......\Median.java
....................................\.................\...\.........\......\Spatial.java
....................................\.................\...\.........\math
....................................\.................\...\.........\....\Add.java
....................................\.................\...\.........\....\Blend.java
....................................\.................\...\.........\....\Divide.java
....................................\.................\...\.........\....\LogicalAND.java
....................................\.................\...\.........\....\LogicalNAND.java
....................................\.................\...\.........\....\LogicalNOR.java
....................................\.................\...\.........\....\LogicalOR.java
....................................\.................\...\.........\....\LogicalXNOR.java
....................................\.................\...\.........\....\LogicalXOR.java
....................................\.................\...\.........\....\Multiply.java
....................................\.................\...\.........\....\Subtract.java
....................................\.................\...\.........\morph
....................................\.................\...\.........\.....\Closing.java
....................................\.................\...\.........\.....\CornerPoints.java
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