http://www.cankavaklioglu.name.tr/guncelgunce/archives/araştırma/index.html yapılmışlar yapılacaklar tr-tr Can Kavaklıoğlu 2008-07-08T01:00:49+03:00 http://www.cankavaklioglu.name.tr/guncelgunce/archives/2008/07/08/index.html#e2008-07-08T01_00_35.txt 2008-07-08T01:00:35+03:00 Can Kavaklıoğlu Araştırma, Günlük http://www.cankavaklioglu.name.tr/guncelgunce/archives/2008/03/20/index.html#e2008-03-20T10_37_28.txt 2008-03-20T10:37:28+03:00 Can Kavaklıoğlu Araştırma
Tam bir modele sahip olan bir sistem, ortamda herhangi bir bilinmeyen olmadığı için kalibrasyona gerek duymaz.]]> http://www.cankavaklioglu.name.tr/guncelgunce/archives/2008/03/20/index.html#e2008-03-20T08_17_11.txt 2008-03-20T08:17:11+03:00 Can Kavaklıoğlu Araştırma http://www.cankavaklioglu.name.tr/guncelgunce/archives/2007/12/17/index.html#e2007-12-17T15_52_26.txt 2007-12-17T15:52:26+03:00 Can Kavaklıoğlu Araştırma
http://en.wikipedia.org/wiki/YUV der ki:

The YUV model defines a color space in terms of one luma and two chrominance components

http://en.wikipedia.org/wiki/Luma_%28video%29 der ki:

luma represents the brightness in an image (the "black and white" or achromatic portion of the image). Luma is the weighted sum of gamma-compressed R'G'B' components of a color video. The word was proposed to prevent confusion between luma as implemented in video engineering and luminance as used in color science (i.e. as defined by CIE). Luminance is formed as a weighted sum of linear RGB components, not gamma-corrected ones.

http://en.wikipedia.org/wiki/Chrominance der ki:

chrominance components can then be subsampled by a factor of 2 or 4 to further compress the image

http://en.wikipedia.org/wiki/YUV der ki:

The human eye has fairly little color sensitivity: the accuracy of the brightness information of the luminance channel has far more impact on the image discerned than that of the other two.

Yani Y, U ve V yer göre daha değerlidir.

Bunu denemek gereklidir.]]>