We use kernel Canonical Correlation Analysis to learn a semantic representation of Web images and their associated text. This representation is used in two applications. In first application we consider classification of images into one of three categories. We use SVM in the semantic space and compare against the SVM on raw data and against previously published results using ICA. In the second application we retrieve images based only on their content from a text query. The semantic space provides a common representation and enables a comparison between the text and image. We compare against a standard cross-representation retrieval technique known as the Generalised Vector Space Model
We use Kernel Canonical Correlation Analysis (KCCA) to infer brain activity in functional MRI by lea...
Abstract This paper investigates the problem of modeling Internet images and associated text or tags...
Abstract. The correlation between keywords has been exploited to im-prove Automatic Image Annotation...
We use kernel Canonical Correlation Analysis to learn a se-mantic representation of Web images and t...
We present a general method using kernel Canonical Correlation Analysis to learn a semantic represen...
We present a general method using kernel canonical correlation analy-sis to learn a semantic represe...
Abstract—Given a collection of web images with the corre-sponding textual descriptions, in this pape...
The problem of joint modeling the text and image compo-nents of multimedia documents is studied. The...
A novel image representation, termed semantic image representation, that incorporates contextual inf...
The problem of cross-modal retrieval from multimedia repositories is considered. This problem addres...
Semantic representations of images have been widely adopted in Computer Vision. A vocabulary of conc...
The problem of cross-modal retrieval from multimedia repositories is considered. This problem addres...
Abstract—The problem of cross-modal retrieval from multimedia repositories is considered. This probl...
Most of the research in multimedia retrieval applications has focused on retrieval by content or ret...
Although multimedia objects such as images, audios and texts are of different modalities, there are ...
We use Kernel Canonical Correlation Analysis (KCCA) to infer brain activity in functional MRI by lea...
Abstract This paper investigates the problem of modeling Internet images and associated text or tags...
Abstract. The correlation between keywords has been exploited to im-prove Automatic Image Annotation...
We use kernel Canonical Correlation Analysis to learn a se-mantic representation of Web images and t...
We present a general method using kernel Canonical Correlation Analysis to learn a semantic represen...
We present a general method using kernel canonical correlation analy-sis to learn a semantic represe...
Abstract—Given a collection of web images with the corre-sponding textual descriptions, in this pape...
The problem of joint modeling the text and image compo-nents of multimedia documents is studied. The...
A novel image representation, termed semantic image representation, that incorporates contextual inf...
The problem of cross-modal retrieval from multimedia repositories is considered. This problem addres...
Semantic representations of images have been widely adopted in Computer Vision. A vocabulary of conc...
The problem of cross-modal retrieval from multimedia repositories is considered. This problem addres...
Abstract—The problem of cross-modal retrieval from multimedia repositories is considered. This probl...
Most of the research in multimedia retrieval applications has focused on retrieval by content or ret...
Although multimedia objects such as images, audios and texts are of different modalities, there are ...
We use Kernel Canonical Correlation Analysis (KCCA) to infer brain activity in functional MRI by lea...
Abstract This paper investigates the problem of modeling Internet images and associated text or tags...
Abstract. The correlation between keywords has been exploited to im-prove Automatic Image Annotation...