Interactive image search, where a user initiates a query with keywords and refines it via feedback, can be enhanced using attributes. To minimize the user’s effort, we propose to let the system guide a user’s attribute-based compara-tive feedback with “pivot ” exemplars that most reduce the system’s uncertainty. Since humans vary in how they per-ceive the link between a named property and image content and might disagree on an attribute’s presence, we further show how to efficiently learn user-specific attribute models. We demonstrate that attribute adaptation and system-driven feedback allow the user to quickly find his desired target. 1
Most of the current image retrieval systems use »one-shot» queries to a database to retrieve similar...
Most of the current image retrieval systems use \u27one-shot\u27 queries to a database to retrieve s...
There are various new applications of genetic algorithms to information retrieval, mostly with respe...
textAn image retrieval system needs to be able to communicate with people using a common language, i...
Current methods learn monolithic attribute predictors, with the assumption that a single model is su...
In interactive image search, a user iteratively refines his results by giving feedback on exemplar i...
User feedback helps an image search system refine its relevance predictions, tailoring the search to...
This work presents a new interactive Content Based Image Re-trieval (CBIR) scheme, termed Attribute ...
We propose a novel mode of feedback for image search, where a user describes which properties of exe...
Abstract — The objective of this research is to address one of the challenges in E-learning environm...
The use of interactive systems has been proposed and found to be a promising approach for content-ba...
Abstract. We investigate models for content-based image retrieval with relevance feedback, in partic...
Most of the current image retrieval systems use \one-shot " queries to a database to retrieve s...
Current human-in-the-loop fine-grained visual categorization systems depend on a predefined vocabula...
We propose to model relative attributes1 that capture the relationships between images and objects i...
Most of the current image retrieval systems use »one-shot» queries to a database to retrieve similar...
Most of the current image retrieval systems use \u27one-shot\u27 queries to a database to retrieve s...
There are various new applications of genetic algorithms to information retrieval, mostly with respe...
textAn image retrieval system needs to be able to communicate with people using a common language, i...
Current methods learn monolithic attribute predictors, with the assumption that a single model is su...
In interactive image search, a user iteratively refines his results by giving feedback on exemplar i...
User feedback helps an image search system refine its relevance predictions, tailoring the search to...
This work presents a new interactive Content Based Image Re-trieval (CBIR) scheme, termed Attribute ...
We propose a novel mode of feedback for image search, where a user describes which properties of exe...
Abstract — The objective of this research is to address one of the challenges in E-learning environm...
The use of interactive systems has been proposed and found to be a promising approach for content-ba...
Abstract. We investigate models for content-based image retrieval with relevance feedback, in partic...
Most of the current image retrieval systems use \one-shot " queries to a database to retrieve s...
Current human-in-the-loop fine-grained visual categorization systems depend on a predefined vocabula...
We propose to model relative attributes1 that capture the relationships between images and objects i...
Most of the current image retrieval systems use »one-shot» queries to a database to retrieve similar...
Most of the current image retrieval systems use \u27one-shot\u27 queries to a database to retrieve s...
There are various new applications of genetic algorithms to information retrieval, mostly with respe...