Rubing Duan

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Address:
Advanced Systems Division
Information Sciences Institute
University of Southern California
4676 Admiralty Way, Suite 1001
Marina Del Rey
CA 90292

Email: rubing [.a.t.] isi [.d.o.t.] edu

Phone: +1 (310) 448 8414
Fax: +1 (310) 822 7791

Research

I am interested in the areas of Grid/distributed computing, high-performance systems, autonomic computing, data mining, software engineering, computer architecture and operating systems. The following is the highlights of the projects that I am working on:

Project highlights

  • Pegasus
    Pegasus, a set of tools for running scientific workflows on distributed resources

  • EASAIER
    European research project addressing access to and preservation of cultural and scientific resources. demo

  • ASKALON
    AURORA Advanced Models, Applications and Software Systems Systems for High Performance Computing. Long term reseach program funded by the Austrian Science Fund. Project leader: software tools for the Grid (performance measurement / instrumentation / prediction / analysis, scheduling parameter studies, networking and testing).

  • AURORA
    Advanced Application, Models, and Software Systems for High-Performance Computing

  • AUSTRIAN GRID
    The goal of the AUSTRIAN GRID is to start and support grid computing in Austria in general, and to provide coordination and collaboration between research areas interested in grid computing. In concrete, the AUSTRIAN GRID initiative aims at (1) development and usage of grid computing infrastructures for diverse application areas, (2) and installation and operation of a national grid testbed in Austria.

  • EGEE
    The goal of EGEE project (Enabling Grids for E-sciencE) is to create and deploy Grid technologies to enable the widespread uptake of e-Science applications throughout the European Research Area.

  • K-WfGrid
    EU IST STREP Project (*IST*-2002-511385). The goal of the project is to provide a Grid environment which assist the users in composing workflow Grid applications, and which schedules and executes the applications on the Grid. All the phases of application processing will be strongly based on knowledge and semantic technologies. Applications used in K-Wf Grid belong to different fields, including scientific simulations (flood forecasting simulation) an industrial applications (ERP and traffic management).

Teaching

Summer semester 2008
  • Computer Architecture

    Winter semester 2007/08
  • Computer Design and Architecture

    Awards

  • CoreGRID Scholarship for OGF21, 2007
  • National Award for Outstanding Overseas Ph.D. Students, China, 2006.
  • IEEE Student Travel Grant for Grid06, 2006.

    Professional Activities

    Member of IEEE and IEEE Computer Society (Memeber No: 80487553).
    Reviewer for: SC06, IPDPS2005, IPDPS2006, IPDPS2007, GRID06, GRID07, EUROPAR06, PDP08, CCG08

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    Last Modified: Feb. 12, 2009