IGIIW 2008

International Grid Interoperability and Interoperation Workshop 2008 (IGIIW 2008)

in conjunction with

4th IEEE International Conference on e-Science (e-Science 2008)

December 7-12, Indianapolis, Indiana, USA

Organizer: Morris Riedel (co-chair of OGF Grid Interoperation Now Community Group)

Webpage: http://www.fz-juelich.de/jsc/igiiw

Description

Significant international and broader interdisciplinary research is increasingly carried out by global collaborations that use next generation infrastructures such as Grids as a base to enable enhanced science (e-science). Many e-science applications take advantage of these infrastructures to simulate phenomena related to a specific scientific or engineering domain on advanced (parallel) computer architectures. In addition, more and more commercial players adopt the concepts of next generation infrastructures to enable new kinds of economic applications and flexible resource usage models.

More recently, increasing complexity of e-science applications that embrace multiple physical models (i.e. multi-physics) and consider a larger range of scales (i.e. multi-scale) is creating a steadily growing demand of compute power and storage capabilities. This leads to the demand of world-wide interoperable infrastructures that allow for new innovative types of e-science by using, for example, high throughput computing (HTC) infrastructures and high performance computing (HPC) resources together for complex e-science application workflows. Thus the only option left to satisfy increasing e-science application demands is to harness a united federation of world-wide Grids, which provides access to different kinds of resources and services.

Scope

The workshop will discuss the interoperability and interoperation aspects of current Grid and Web technologies, production Grids in general, and the interoperability through emerging open standards and well designed interfaces in particular. In the context of this workshop, the difference between interoperability and interoperation is as follows: Interoperation is specifically defined as what needs to be done to get production Grids (e.g. DEISA, EGEE, TeraGrid) to work together as a fast short-term achievement using as much existing technologies as available today. Hence, this is not the perfect solution and different than interoperability that is defined as the native ability of Grids and Grid middleware (UNICORE, gLite, Globus Toolkit, and others) to interact directly via well defined interfaces and common open standards. This will enable cross-Grid use cases and applications from a growing range of domains in industry and science, taking also recent technologies such as Clouds or Web 2.0 into account.

The goal of this workshop is to bring together researchers and practitioners working in the area of interoperability and interoperation within distributed environments such as Grids or Clouds, to exchange and share their experiences, new ideas, and latest research results as well as open problems. Enough time for intensive discussions will be provided and outcomes of the workshop will be summarized in the session.

Topics of Interest

Topics of interest for the workshop include, but are not limited to:

Grids interoperability/interoperation Grids/Clouds
 * 1) Cross-Grid scientific and business applications
 * 2) Grid system components that enable interoperability/interoperation
 * 3) Boundaries and open problems related to interoperability/interoperation
 * 4) Scientific/business scenarios for Grid interoperability/interoperation
 * 5) Security challenges and solutions for interoperability/interoperation of
 * 1) Cross-Grid brokering and workflows, semantics and languages
 * 2) Management of interoperable/interoperating Grids
 * 3) Visualizations that cover applications of more than one Grid environment
 * 4) Grid middleware interoperability/interoperation
 * 5) Roadmaps of Grid technologies that enhance interoperability/interoperation
 * 6) Performance evaluation of interoperable/interoperating Grid components
 * 7) Reliability, fault-tolerance, and autonomy in Grid
 * 1) Experiences with Grid information interoperability (XML, RDF, etc.)
 * 2) Cross-Grid requirements and challenges
 * 3) Interoperability of digital repositories and data storage technologies in
 * 1) Challenges and solutions in interoperability between Clouds and Grids

Proceedings

Accepted papers will be published in the conference proceedings. More information can be found at http://escience2008.iu.edu/participation/papers.shtml

Paper submissions

Authors are invited to submit manuscripts reporting original, unpublished research and recent developments/theoretical considerations in the topics related to the workshop. Submitted papers should be not more than 8 pages, including figures and references, of double column text using single-spaced, 10-point font size on 8.5 x 11 inch pages, as per IEEE 8.5 x 11 manuscript guidelines which can be found at ftp://pubftp.computer.org/press/outgoing/proceedings/.

Papers should be submitted electronically in PDF format as an e-mail attachment to igiiw@fz-juelich.de. All papers will be peer reviewed and comments will be provided to the authors.

Important Dates


 * 1) Submissions deadline:  August 10th, 2008


 * 1) Notification of acceptance:  September 7, 2008


 * 1) Camera-ready version due:    September 29th, 2008


 * 1) Workshop date:   December 7th-12th (1 day), 2008

Programm Committee


 * 1) Morris Riedel (Forschungszentrum J'lich, Germany) - Workshop Chair
 * 2) David Snelling (Fujitsu Laboratories of Europe, UK)
 * 3) Laurence Field (CERN, Switzerland)
 * 4) Steven Newhouse (Microsoft, USA)
 * 5) Geoffrey Fox (Indiana University, USA)*
 * 6) Philipp Wieder (University of Dortmund, Germany)*
 * 7) Fredrik Hedman (Royal Institute of Technology KTH, Sweden)*
 * 8) Wolfgang Gentzsch (DEISA2)*
 * 9) Markus Schulz (CERN, Switzerland)
 * 10) Daniel Mallmann( Forschungszentrum J'lich, Germany)
 * 11) Ake Edlund (Royal Institute of Technology KTH, Sweden)*
 * 12) Erwin Laure (CERN, Switzerland)
 * 13) John Brooke (University of Manchester)*
 * 14) Moreno Marzolla (INFN, Italy)
 * 15) Ralf Ratering (Intel GmbH, Germany)
 * 16) Antonia Ghiselli (INFN, Italy)*
 * 17) Ian Foster (University of Chicago, USA)*
 * 18) Valerio Venturi (INFN, Italy)
 * 19) Thomas Soddemann(RZG, Germany)*
 * 20) Dieter Kranzlmueller (Ludwig-Maximilians University of Munich, Germany)
 * 21) Neil Chue Hong (EPCC, UK)*
 * 22) John-Paul Navarro (Argonne National Laboratory, USA)
 * 23) Von Welch (National Center for Supercomputing Applications, USA)*
 * 24) Ruth Pordes (Fermilab, USA)*
 * 25) Jens Jensen (Rutherford Appleton Laboratory, UK)
 * 26) Balacz Konya (Lund University, Sweden)*
 * 27) Alberto Masoni (INFN, Italy)*
 * 28) Michael Gr?nager (Nordic Data Grid Facility)
 * 29) Eamonn Kenny (Trinity College Dublin, Ireland)*
 * 30) David Wallom (Oxford e-Research Centre, UK)
 * 31) Paolo Malfetti (CINECA, Italy)
 * 32) Steve Brewer (University of Southampton, UK)*
 * 33) Stefan Heinzel (Rechenzentrum Garching, Germany)*

This CfP was obtained from WikiCFP
 * To be confirmed