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CCT-TR-2009-18
Title:
Strategies for Remote Visualization on a Dynamically Configurable Testbed - The eaviv Project
Authors:
Andrei Hutanu,
Gabrielle Allen,
Bart Semeraro,
Jinghua Ge
Summary:
This report lays out a plan to create a dynamic network connected testbed used to develop distributed visualization applications as a part of the eaviv project. The eaviv project addresses challenges in building efficient and reliable cyberinfrastructure for distributed scientific applications by focusing on innovative use of network technologies to coherently optimize systems of compute and data resources.
Focusing on the use case of distributed visualization, the eaviv project works on designing strategies for distributed applications on configurable high speed networks, with avision of considering networks at the same level as compute and storage resources in designing and optimizing cyberinfrastructure.
Working with distributed national (LSU, NCSA, ORNL, TACC) and international (Masaryk University), as well network providers (Internet2, LONI) the project will build a real world production testbed for implementation and evaluation of strategies.
This document is based on a proposal submitted to the NSF
EArly-concept Grants for Exploratory Research (EAGER) titled
Strategies for Remote Visualization on a Dynamically Configurable Testbed now funded as NSF #0947825.
Download Article:
CCT-TR-2009-18.pdf
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