San Francisco / Brisbane / Lauderdale / Wuhan / Tokyo / Las Vegas / Grid / Seoul / Amsterdam / /
Company
Dell / Distributed Systems / Service-Oriented Systems / Alchemi Grid / IEEE Press / IOS Press / /
Country
Netherlands / Japan / United States / Australia / Korea / China / / /
Event
Reorganization / /
Facility
GRIDS laboratory / Prentice Hall / Software Engineering The University of Melbourne / University of Melbourne / System Sciences The University of Genoa / Laboratory Department / /
IndustryTerm
scientific applications / filtering algorithm / medical imaging / Web Services interface / huge computing power / e - business / parallel infrastructure / day-to-day applications / imaging / legacy applications / computer graphics algorithms / legacy/existing applications / semi-professional imaging applications / desktop applications / linear digital filters algorithms / possible solution / image processing / Digital image management / Internet Computing / computing / comparable processing times / Digital image processing / /
OperatingSystem
Windows XP / Microsoft Windows / /
Organization
University of Melbourne / University of Genoa / Computer Science and Software Engineering Department / Department of Communication Computer / Laboratory Department of Computer Science / /
Person
Akshay Luther / Jeffrey S. Grethe / Alan J. Robinson / Keith Seymour / Dawid Kurzyniec / Steve Tuekle / Miron Livny / Vincent Breton / Mauro Migliardi / Srikumar Venugopal / Roberto Amendolia / Carole A. Goble / Tomasz Wrzosek / Vaidy Sunderam / Robert D. Stevens / Niklaus Wirth / Carl Kesselman / Sbhishek Agrawal / Andy Bavier / Douglas Thain / Johan Montagnat / Rajiv Ranjan / Isabelle E. Magnin / Rajkumar Buyya / Ian Foster / Asim YarKhan / Dominik Drzewiecki / Jack Dongarra / Todd Tannenbaum / /
Image Filtering on .NET.NET-based Desktop Grids Christian Vecchiola1, Krishna Nadiminti2 and Rajkumar Buyya2 1 DIST – Department of Communication Computer and System Sciences The University of Genoa, Italy