Texture classification via conditional histograms
Texture classification via conditional histograms
This paper presents a non-parametric discrimination strategy based on texture features characterised by one-dimensional conditional histograms. Our characterisation extends previous co-occurrence matrix encoding schemes by considering a mixture of colour and contextual information obtained from binary images. We compute joint distributions that define regions that represent pixels with similar intensity or colour properties. The main motivation is to obtain a compact characterisation suitable for applications requiring on-line training. Experimental results show that our approach can provide accurate discrimination. We use the classification to implement a segmentation application based on a hierarchical subdivision. The segmentation handles mixture problems at the boundary of regions by considering windows of different sizes. Examples show that the segmentation can accurately delineate image regions.
1740-1751
Aguado, A. S.
63e52d16-0b5e-44eb-9dcb-01027e5300c4
Montiel, M. E.
d185b2f1-0f22-46bb-98ea-e1de2ef90cd0
Nixon, Mark
2b5b9804-5a81-462a-82e6-92ee5fa74e12
2005
Aguado, A. S.
63e52d16-0b5e-44eb-9dcb-01027e5300c4
Montiel, M. E.
d185b2f1-0f22-46bb-98ea-e1de2ef90cd0
Nixon, Mark
2b5b9804-5a81-462a-82e6-92ee5fa74e12
Aguado, A. S., Montiel, M. E. and Nixon, Mark
(2005)
Texture classification via conditional histograms.
Pattern Recognition Letters, 26 (11), .
Abstract
This paper presents a non-parametric discrimination strategy based on texture features characterised by one-dimensional conditional histograms. Our characterisation extends previous co-occurrence matrix encoding schemes by considering a mixture of colour and contextual information obtained from binary images. We compute joint distributions that define regions that represent pixels with similar intensity or colour properties. The main motivation is to obtain a compact characterisation suitable for applications requiring on-line training. Experimental results show that our approach can provide accurate discrimination. We use the classification to implement a segmentation application based on a hierarchical subdivision. The segmentation handles mixture problems at the boundary of regions by considering windows of different sizes. Examples show that the segmentation can accurately delineate image regions.
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aguado_prl_05.pdf
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Published date: 2005
Organisations:
Vision, Learning and Control
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Local EPrints ID: 268406
URI: http://eprints.soton.ac.uk/id/eprint/268406
PURE UUID: 0278d173-b553-4bf0-b1b4-2bee43fac11a
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Date deposited: 22 Jan 2010 15:31
Last modified: 15 Mar 2024 02:35
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Author:
A. S. Aguado
Author:
M. E. Montiel
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