Abstract:
Visual information retrieval is a new subject of research in information technology. Its purpose is to retrieve, from a database, images or image sequences that are relev...Show MoreMetadata
Abstract:
Visual information retrieval is a new subject of research in information technology. Its purpose is to retrieve, from a database, images or image sequences that are relevant to a query. It is an extension of traditional information retrieval so to include visual media. Interactivity with visual content is essential to visual information retrieval. Visual elements such as color, texture and object shape, spatial relationship-directly related to perceptual aspects of image content, together with high-level concepts-the meaning of objects and scenes in the images, are used as clues for retrieving images with similar content from a database. The need for visual information retrieval has become apparent recently, as more and more visual information has become available in digital archives. The emergence of multimedia as the "new" technology and the possibility of sharing and distributing image/video data through large-bandwidth computer networks have made evident the importance and need of tools for retrieving visual information. Most visual information retrieval systems and experiences are prototypes that have been developed in university laboratories or research institutes. Very few commercial products are available, offering limited capabilities. Effectiveness of most solutions has still to be verified in real application contexts. Despite the fact that an increasing number of researchers are attracted by this research subject, many unexplored areas still exist and research is in its very early infancy. The paper discusses research directions in visual information retrieval.
Published in: Proceedings. IEEE Workshop on Content-Based Access of Image and Video Libraries (Cat. No.98EX173)
Date of Conference: 21-21 June 1998
Date Added to IEEE Xplore: 06 August 2002
Print ISBN:0-8186-8544-1
Citations are not available for this document.
Cites in Patents (6)Patent Links Provided by 1790 Analytics
1.
Kim, Sang-kyun; Park, Du-sik; Kim, Chang-yeong; Yoo, Ki-won; Huh, Young-sik, "APPARATUS AND METHOD FOR CONVERTING METADATA COLOR TEMPERATURE AND APPARATUS AND METHOD FOR PROVIDING METADATA"
Inventors:
Kim, Sang-kyun; Park, Du-sik; Kim, Chang-yeong; Yoo, Ki-won; Huh, Young-sik
Abstract:
An apparatus for providing image metadata includes an input unit, an image metadata decoding unit, and an image color temperature converting unit. The input unit receives an input image, metadata corresponding to the color temperature of the input image, and color temperature information preferred by a user. The image metadata decoding unit calculates a color temperature corresponding to the metadata. The image color temperature converting unit converts the color temperature of the input image using the color temperature calculated by the image metadata decoding unit and the color temperature information preferred by a user.
Assignee:
SAMSUNG ELECTRONICS CO LTD
Filing Date:
13 November 2007
Grant Date:
02 June 2009
Patent Classes:
Current U.S. Class:
345589000, 345581000, 345591000, 345600000, 348655000
Current International Class:
G09G0050200
2.
Kim, Sang-kyun; Park, Du-sik; Kim, Chang-yeong; Yoo, Ki-won; Huh, Young-sik, "APPARATUS AND METHOD FOR CONVERTING METADATA COLOR TEMPERATURE AND APPARATUS AND METHOD FOR PROVIDING METADATA"
Inventors:
Kim, Sang-kyun; Park, Du-sik; Kim, Chang-yeong; Yoo, Ki-won; Huh, Young-sik
Abstract:
A method and an apparatus for converting the color temperature of metadata and a method and an apparatus for providing image metadata are provided. The apparatus for providing image metadata includes an input unit, an image metadata decoding unit, and an image color temperature converting unit. The input unit receives an input image, metadata corresponding to the color temperature of the input image, and color temperature information preferred by a user. The image metadata decoding unit calculates a color temperature corresponding to the metadata. The image color temperature converting unit converts the color temperature of the input image using the color temperature calculated by the image metadata decoding unit and the color temperature information preferred by a user.
Assignee:
SAMSUNG ELECTRONICS CO LTD
Filing Date:
14 January 2003
Grant Date:
13 November 2007
Patent Classes:
Current U.S. Class:
345589000, 345591000, 345600000, 348223100, 348655000
Current International Class:
G09G0050200
3.
Kim, Sang-kyun; Kim, Chang-yeong; Park, Du-sik; Lee, Seong-deok, "APPARATUS AND METHOD OF BROWSING IMAGE DATA BASED ON COLOR TEMPERATURE AND COMPUTER READABLE MEDIUM THEREFOR"
Inventors:
Kim, Sang-kyun; Kim, Chang-yeong; Park, Du-sik; Lee, Seong-deok
Abstract:
An image browsing apparatus capable of calculating color temperature of an image and browsing the image based on the color temperature, and a method of browsing an image are provided. The image browsing apparatus includes a data storage unit for storing a plurality of image data; a color temperature calculator for calculating the color temperature of each image and storing the calculated color temperature in the data storage unit; a command input unit for inputting an image browsing mode; and a color temperature browser for classifying images corresponding to the browsing mode using the color temperature as an image search condition and then, browsing the classified images. The method of browsing images includes determining the color temperature of an input image when a browsing mode is input; and browsing images when the color temperature falls within the color temperature range of the browsing mode.
Assignee:
SAMSUNG ELECTRONICS CO LTD
Filing Date:
06 April 2006
Grant Date:
03 July 2007
Patent Classes:
Current U.S. Class:
345426000, 348223100, 382162000, 707E17021, 707E17029
Current International Class:
G06T0150000
4.
Kim, Sang-kyun; Kim, Chang-yeong; Park, Du-sik; Lee, Seong-deok, "APPARATUS AND METHOD OF BROWSING IMAGE DATA BASED ON COLOR TEMPERATURE AND COMPUTER READABLE MEDIUM THEREFOR"
Inventors:
Kim, Sang-kyun; Kim, Chang-yeong; Park, Du-sik; Lee, Seong-deok
Abstract:
An image browsing apparatus capable of calculating color temperature of an image and browsing the image based on the color temperature, and a method of browsing an image are provided. The image browsing apparatus includes a data storage unit for storing a plurality of image data; a color temperature calculator for calculating the color temperature of each image and storing the calculated color temperature in the data storage unit; a command input unit for inputting an image browsing mode; and a color temperature browser for classifying images corresponding to the browsing mode using the color temperature as an image search condition and then, browsing the classified images. The method of browsing images includes determining the color temperature of an input image when a browsing mode is input; and browsing images when the color temperature falls within the color temperature range of the browsing mode.
Assignee:
SAMSUNG ELECTRONICS CO LTD
Filing Date:
05 July 2002
Grant Date:
10 April 2007
Patent Classes:
Current U.S. Class:
345426000, 345581000, 345593000, 707E17021, 707E17029
Current International Class:
G06T0150000
5.
Kim, Sang-kyun, 103-401 Geumhwa Maeul Daewoo; Park, Du-sik, 301-1804 Cheuongmyeong Maeul Daewo; Kim, Chang-yeong, 502-1305 Jinsan Maeul Samsung; Yoo, Ki-won; Huh, Young-sik, "Apparatus and method for converting metadata color temperature and apparatus and method for providing metadata"
Inventors:
Kim, Sang-kyun, 103-401 Geumhwa Maeul Daewoo; Park, Du-sik, 301-1804 Cheuongmyeong Maeul Daewo; Kim, Chang-yeong, 502-1305 Jinsan Maeul Samsung; Yoo, Ki-won; Huh, Young-sik
Abstract:
A method and an apparatus for converting the color temperature of metadata and a method and an apparatus for providing image metadata are provided. The apparatus for providing image metadata includes an input unit, an image metadata decoding unit, and an image color temperature converting unit. The input unit receives an input image, metadata corresponding to the color temperature of the input image, and color temperature information preferred by a user. The image metadata decoding unit calculates a color temperature corresponding to the metadata. The image color temperature converting unit converts the color temperature of the input image using the color temperature calculated by the image metadata decoding unit and the color temperature information preferred by a user.
Assignee:
SAMSUNG ELECTRONICS CO LTD
Filing Date:
17 January 2003
Grant Date:
12 November 2003
Patent Classes:
Current International Class:
H04N0071730000, G06F0031400000, G06F0073800000, G06F0130000000, G06F0173000000, G06T0090000000, G09G0050200000, H04N0097300000
6.
Kim, San-kyun; Kim, Chang-yeong; Park, Du-sik, 301-1804 Cheongmyeong Maeul Daewoo A; Lee, Seong-deok, "Apparatus and method of browsing image data based on color temperature, and computer readable medium therefor"
Inventors:
Kim, San-kyun; Kim, Chang-yeong; Park, Du-sik, 301-1804 Cheongmyeong Maeul Daewoo A; Lee, Seong-deok
Abstract:
An image browsing apparatus capable of calculating color temperature of an image and browsing the image based on the color temperature, and a method of browsing an image are provided. The image browsing apparatus includes a data storage unit for storing a plurality of image data; a color temperature calculator for calculating the color temperature of each image and storing the calculated color temperature in the data storage unit; a command input unit for inputting an image browsing mode; and a color temperature browser for classifying images corresponding to the browsing mode using the color temperature as an image search condition and then, browsing the classified images. The method of browsing images includes determining the color temperature of an input image when a browsing mode is input; and browsing images when the color temperature falls within the color temperature range of the browsing mode.
Assignee:
SAMSUNG ELECTRONICS CO LTD
Filing Date:
08 July 2002
Grant Date:
15 January 2003
Patent Classes:
Current International Class:
G06T0010000000, G06F0173000000, G06T0070000000, H04N0014600000, H04N0016000000, H04N0057600000, H04N0097900000