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5,007 results on '"Müller, Wolfgang"'

285. The Climate-System Historical Forecast Project : Providing Open Access to Seasonal Forecast Ensembles from Centers around the Globe

Author

Tompkins, Adrian M., De Zárate, María Inés Ortiz, Saurral, Ramiro I., Vera, Carolina, Saulo, Celeste, Merryfield, William J., Sigmond, Michael, Lee, Woo-Sung, Baehr, Johanna, Braun, Alain, Butler, Amy, Déqué, Michel, Doblas-Reyes, Francisco J., Gordon, Margaret, Scaife, Adam A., Imada, Yukiko, Ishii, Masayoshi, Ose, Tomoaki, Kirtman, Ben, Kumar, Arun, Müller, Wolfgang A., Pirani, Anna, Stockdale, Tim, Rixen, Michel, and Yasuda, Tamaki

Published
2017

296. Dynamik

Author

Müller, Wolfgang H., primary and Ferber, Ferdinand, additional

Published
2019
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297. Statik

Author

Müller, Wolfgang H., primary and Ferber, Ferdinand, additional

Published
2019
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300. Comparison of Image Similarity Queries in P2P Systems

Author

Mueller, Wolfgang, Boykin, P. Oscar, Sarshar, Nima, and Roychowdhury, Vwani P.

Subjects
Computer Science - Distributed, Parallel, and Cluster Computing, Computer Science - Networking and Internet Architecture
Abstract

Given some of the recent advances in Distributed Hash Table (DHT) based Peer-To-Peer (P2P) systems we ask the following questions: Are there applications where unstructured queries are still necessary (i.e., the underlying queries do not efficiently map onto any structured framework), and are there unstructured P2P systems that can deliver the high bandwidth and computing performance necessary to support such applications. Toward this end, we consider an image search application which supports queries based on image similarity metrics, such as color histogram intersection, and discuss why in this setting, standard DHT approaches are not directly applicable. We then study the feasibility of implementing such an image search system on two different unstructured P2P systems: power-law topology with percolation search, and an optimized super-node topology using structured broadcasts. We examine the average and maximum values for node bandwidth, storage and processing requirements in the percolation and super-node models, and show that current high-end computers and high-speed links have sufficient resources to enable deployments of large-scale complex image search systems., Comment: To appear in IEEE P2P2006

Published
2006

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