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ai:vision [2007/05/18 16:59]
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-====== Vision ====== 
- 
-===== Color Quantization ===== 
-=References= 
-  - [[http://www.cs.cmu.edu/~trb/papers/wirevision00.pdf|Fast Impl. RGB/YUV/HSV [EN] ]] 
- 
-==RGB cone== 
-==YUV polygon== 
-==HSV rectangle== 
-==Lab== 
- 
- 
-===== Image segmentation ===== 
- 
-===Floodfill=== 
-=References= 
-  - [[http://www.cs.cmu.edu/~trb/papers/wirevision00.pdf|Fast Impl. [EN] ]] 
-===Watershed=== 
-=References= 
-  - [[http://cmm.ensmp.fr/~beucher/wtshed.html|Method [EN] ]]  
-  - [[http://www.caip.rutgers.edu/~comanici/segm_images.html|Robust Impl. [EN] ]] 
- 
-===== Filters ===== 
-=References= 
-  - [[http://www.ph.tn.tudelft.nl/Courses/FIP/noframes/fip.html|Image Processing Fundamentals [EN] ]] 
- 
-====Anti-noise==== 
-(smoothing) 
-=References= 
-  - [[http://www.csse.monash.edu.au/hons/projects/2002/Alexander.Wolf/pictures.html|Definitions [EN] ]] 
-  - [[http://www.ph.tn.tudelft.nl/Courses/FIP/noframes/fip-Smoothin.html|Definitions [EN] ]] 
-   
-==Median Filter== 
-==Vector Median Filter== 
-==Kuwahara filter== 
-==Peer Group Filtering== 
-=References= 
-  - [[http://agni.ece.ucsb.edu/publications/99ISCAS.pdf|Definition [EN] ]] 
-==Anisotropic Filtering== 
- 
-====Gradient==== 
- 
-==Prewitt== 
-=Objective= 
-Basic kernels for 1st order gradient. 
-=Quick Def= 
-Horizontal kernel : 
-^-1^0^1^ 
-^-1^**0**^1^ 
-^-1^0^1^ 
-Vertical kernel : 
-^-1^-1^-1^ 
-^0^**0**^0^ 
-^1^1^1^ 
- 
- 
-==Roberts== 
-=Objective=  
- 
-=Quick Def= 
-First kernel : 
-^1^0^ 
-^0^-1^ 
-Second kernel : 
-^0^1^ 
-^-1^0^ 
-Intensity : 
-''I = sqrt(I1^2 + I2^2)'' 
-Direction : 
-''theta = arctan(I2 / I1) + pi/4'' 
- 
-==Sobel== 
-=Objective=  
-Most popular 1st order kernels 
-=Quick Def= 
-Horizontal kernel : 
-^-1^0^1^ 
-^-2^**0**^2^ 
-^-1^0^1^ 
-Vertical kernel : 
-^-1^-2^-1^ 
-^0^**0**^0^ 
-^1^2^1^ 
-Intensity : 
-''I = sqrt(Iv^2 + Ih^2)'' 
-Direction : 
-''theta = arctan(Iv / Ih)'' 
-=Full Def= 
-The filter can be seen as the convolution of two filters. 
-Derivative : 
-^-1^ 
-^0^ 
-^1^ 
-Smoothing : 
-^1^2^1^ 
- 
-==Laplace== 
-=Objective= 
-2nd order kernel 
-=Quick Def= 
-Kernel : 
-^0^1^0^ 
-^1^**-4**^1^ 
-^0^1^0^ 
- 
-==Scharr== 
- 
-====morphological==== 
-=References= 
-  - [[http://www.ph.tn.tudelft.nl/Courses/FIP/noframes/fip-Morpholo.html|Definitions [EN] ]] 
-==Dilation== 
-//Dilatation// 
-==Erosion== 
-//Erosion// 
-==Opening== 
-//Ouverture// 
-==Closing== 
-//Fermeture// 
- 
-===== Edge detection ===== 
-   
-===Canny detector=== 
-=Objective= 
-Best theoritical edge detector. 
-=Quick Def= 
-Noise filtering, gradient with horizontal vertical and diagonal kernels, thresholding with hysteresis taking into account the direction of the gradient. 
- 
-==Canny-Deriche== 
  
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