Revision as of 08:57, 18 March 2019 edit 2405:204:5224:3e97:506b:bb5e:9eed:9193 (talk) →Automatic thresholding ← Previous edit		Revision as of 21:14, 28 April 2019 edit undo 2a02:a452:402f:1:15d:e727:e151:414f (talk) No edit summary Tag: Visual edit Next edit →
Line 17: * '''Spatial''' methods [that] use higher-order probability distribution and/or correlation between pixels * '''Local''' methods adapt the threshold value on each pixel to the local image characteristics. In these methods, a different T is selected for each pixel in the image. *'''Hybrid''' methods use both global and local threshold value and adapt each pixel value based on both local and global image characteristics.<ref>{{Citation\|last=Sokratis\|first=Vavilis\|title=A Hybrid Binarization Technique for Document Images\|date=2011\|url=http://dx.doi.org/10.1007/978-3-642-22913-8_8\|work=Learning Structure and Schemas from Documents\|pages=165–179\|publisher=Springer Berlin Heidelberg\|isbn=9783642229121\|access-date=2019-04-28\|last2=Kavallieratou\|first2=Ergina\|last3=Paredes\|first3=Roberto\|last4=Sotiropoulos\|first4=Kostas}}</ref> ==Multiband thresholding==

Thresholding (image processing): Difference between revisions