Matches in DBpedia 2016-04 for { <http://citation.dbpedia.org/hash/3dfa75f6063beb444bbdbd094588794e231eac1b1afcca338415930ff2c1e3f4> ?p ?o }
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- 3dfa75f6063beb444bbdbd094588794e231eac1b1afcca338415930ff2c1e3f4 date "August 1996".
- 3dfa75f6063beb444bbdbd094588794e231eac1b1afcca338415930ff2c1e3f4 first "Kosmas".
- 3dfa75f6063beb444bbdbd094588794e231eac1b1afcca338415930ff2c1e3f4 isCitedBy Set_redundancy_compression.
- 3dfa75f6063beb444bbdbd094588794e231eac1b1afcca338415930ff2c1e3f4 last "Karadimitriou".
- 3dfa75f6063beb444bbdbd094588794e231eac1b1afcca338415930ff2c1e3f4 quote "This statistical correlation among similar images is a result of inter-image redundancy. In this study, the term “set redundancy” is introduced to describe this type of redundant information, and is defined as follows: Definition: Set redundancy is the inter-image redundancy that exists in a set of similar images, and refers to the common information found in more than one image in the set. Set redundancy can be used to improve compression. A limit to compression is imposed by the image entropy. In the next section it is shown how set redundancy can be used to decrease the average image entropy in a set of similar images.".
- 3dfa75f6063beb444bbdbd094588794e231eac1b1afcca338415930ff2c1e3f4 title "Set redundancy, the enhanced compression model, andmethods for compressing sets of similar images".