Request PDF on ResearchGate | Hierarchical Gaussianization for Image Classification | In this paper, we propose a new image representation to capture both. In this paper, we propose a new image representation to capture both the appearance and spatial information for image classification. Hierarchical Gaussianization for Image Classification. Xi Zhou.. cal Gaussianization, each image is represented by a Gaus-. please see the pdf file.
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Hierarchical Gaussianization for image classification. Download PDF Cite this paper. In this paper, we propose a new image representation to capture both the appearance and spatial information for image classification applications. First, we model the feature vectors, from the whole hierxrchical, from each image and at each individual patch, in a Bayesian hierarchical framework using mixtures of Gaussians.
Hierarchical Gaussianization for image classification
After such a hierarchical Gaussianization, each image is represented by a Gaussian mixture model GMM for its appearance, and several Gaussian maps for its spatial layout. Then we extract the appearance information from the GMM parameters, and the spatial information gaussianizatiln global gaussianizatiob local statistics over Gaussian maps.
Finally, we employ a supervised dimension reduction technique called DAP discriminant attribute projection to remove noise directions and to further enhance the discriminating power of our representation. We justify that the traditional histogram representation and the spatial pyramid matching are special cases of our hierarchical Gaussianization.
We compare our new representation with other approaches in scene classification, object recognition and face recognition, and our performance ranks among the top in all three tasks. Gauseianization recognition system Computer vision Mathematics Histogram Mixture model Gaussian process Dimensionality reduction Contextual image classification Feature vector Machine learning Artificial intelligence Spatial analysis Pattern recognition.
Hierarchical Gaussianization for image classification. | BibSonomy
A k-means clustering algorithm. Hartigan 1 Estimated H-index: Improving “bag – of – keypoints” image categorisation. Farquhar gaussoanization Estimated H-index: Cited 40 Source Add To Collection. Caltech Object Category Dataset. Gregory Griffin 2 Estimated H-index: Cited Source Add To Collection. Adapted vocabularies for generic visual categorization. Florent Perronnin 43 Estimated H-index: Blei 58 Estimated H-index: Within-class covariance normalization for SVM-based speaker recognition.
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