The rapid growth of digital image data increases the need for efficient and effective image retrieval systems. Such systems should provide functionality that tailors to the user\u27s need at the query time. In this paper, we propose a new image retrieval technique that allows users to control the relevantness of the results. For each image, the color contents of its regions are captured and used to compute similarity. Various factors, assigned automatically or by the user, allow high recall and precision to be obtained. We implemented the proposed technique for a large database of 16,000 images. Our experimental results show that this technique is not only space-time efficient but also more effective than recently proposed color histogram t...
Typically, multimedia database management systems process content-based image retrieval queries by e...
In this paper, we propose a novel system that strives to achieve advanced content-based image retrie...
Since the emergence of Internet, a gigantic volume of images have been uploaded into the Internet fr...
The rapid growth of digital image data increases the need for efficient and effective image retrieva...
[[abstract]]Content-based image retrieval has become more desirable for developing large image datab...
[[abstract]]The amount of pictorial data grows enormously with the expansion of the World Wide Web. ...
Tsai C-Y, Chen ALP, Essig K. Efficient Image Retrieval Approaches for Different Similarity Requireme...
[[abstract]]Recently, how to efficiently manage image data in multimedia databases has gotten many a...
[[abstract]]We present a new method of retrieving images from an image database. We combine both col...
Colour histogram has been a popular technique for colour indexing and image retrieval. However, it s...
This paper describes a novel color texture-based image retrieval system for the query of an image da...
[[abstract]]We propose a new approach to retrieve images from an image database. We combine both col...
We present here an effective image retrieval strategy based on the fuzzy evaluation of color image s...
grantor: University of TorontoColour is the most important low-level feature which is used...
[[abstract]]This paper presents a total solution to extract color, shape and spatial features for in...
Typically, multimedia database management systems process content-based image retrieval queries by e...
In this paper, we propose a novel system that strives to achieve advanced content-based image retrie...
Since the emergence of Internet, a gigantic volume of images have been uploaded into the Internet fr...
The rapid growth of digital image data increases the need for efficient and effective image retrieva...
[[abstract]]Content-based image retrieval has become more desirable for developing large image datab...
[[abstract]]The amount of pictorial data grows enormously with the expansion of the World Wide Web. ...
Tsai C-Y, Chen ALP, Essig K. Efficient Image Retrieval Approaches for Different Similarity Requireme...
[[abstract]]Recently, how to efficiently manage image data in multimedia databases has gotten many a...
[[abstract]]We present a new method of retrieving images from an image database. We combine both col...
Colour histogram has been a popular technique for colour indexing and image retrieval. However, it s...
This paper describes a novel color texture-based image retrieval system for the query of an image da...
[[abstract]]We propose a new approach to retrieve images from an image database. We combine both col...
We present here an effective image retrieval strategy based on the fuzzy evaluation of color image s...
grantor: University of TorontoColour is the most important low-level feature which is used...
[[abstract]]This paper presents a total solution to extract color, shape and spatial features for in...
Typically, multimedia database management systems process content-based image retrieval queries by e...
In this paper, we propose a novel system that strives to achieve advanced content-based image retrie...
Since the emergence of Internet, a gigantic volume of images have been uploaded into the Internet fr...