This page conatins abstracts of selected articles.
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Random abstract of articles
|696774||Cinque L., Levialdi S., Malizia A., De Rosa F.||Digital documents contained in a digital library as images. Our system tries to automatically detect|
|696775||VanderMeer D., Navathe S.B., Datta A., Dutta K., Thomas H., Ramamritham K.||Architects can easily create domain-specific service portals, e.g., a travel service portal. We also|
|696776||Rao N.S.V., Oblow E.M., Glover C.W.||Authors also provide an on-line learning algorithm that incrementally solves the problem by suitably|
|696777||Carleton H., Duedall I., Woodhead P., Parker J.||Properties of the blocks have been monitored at sea using non-destructive ultrasonic techniques and|
|696778||Ishikawa M., Tani N., Yamada T., Ota Y., Nakamura K., Itoh A.||By sputtering, Cr segregates near the grain boundaries and enhances the magnetic isolation of|
|696779||Oikonomou K., Stavrakakis I.||Conditions change, the migration process is automatically resumed, thus, naturally responding to|
|696780||Charnsripinyo C., Tipper D.||Efficient heuristic based on iterative minimum cost routing is proposed. Numerical results are given|
|696781||Khoukhi A., Baron L., Balazinski M., Demirli K.||Membership functions parameters) as well as rule-consequence parameters are then learned and|
|696782||Yu-Chee Tseng, Chih-Min Chao, Shih-Lin Wu||Shown to be able to reduce, for example, the code blocking probability by 77% and the number of|
|696783||Ware C., Fleet D.||Problems (vergence focus conflict). They have implemented this technique in a system called|
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