Browsing B. Thomas Golisano College of Computing and Information Sciences (GCCIS)--Conferences and Workshops Proceedings by Title

Now showing items 18-37 of 45

    • Grid portal development for sensing data retrieval and processing 

      Arias, Diego; Cintron, Fernando; Cruz, Kennie; Mendoza, Mariana; Rivera, Wilson (2006)
      This paper presents our experiences developing grid portals for radar and sensor based applications. Underlying these gateways there are existing grid technologies such as Globus Toolkit 4.0.1 and Gridsphere. The grid ...

    • Grid portals for bioinformatics 

      Ramakrishnan, Lavanya; Reed, Mark S.C.; Tilson, Jeffrey; Reed, Daniel (Grid Computing Environments (GCE), 2006)
      The explosive growth of biological and biomedical research requires a new set of software tools and a computational environment that includes high performance computing and largescale data management. These software ...

    • GridTorrent framework: A High-performance data transfer and data sharing framework for scientific computing 

      Kaplan, Ali; Geoffrey, Fox; von Laszewski, Gregor (Grid Computing Environments (GCE), 2007)
      Large amount of data that is often stored in many thousands of files is created as part of today’s geographically distributed scientific computation and collaboration environments. Managing and transferring large volumes ...

    • Integrating cutting-edge research into learning through Web 2.0 and virtual environments 

      Madhavan, Krishna; Goasguen, Sebastien (Grid Computing Environments (GCE), 2007)
      In this paper, we report on the initial design and implementation of a project entitled RE@L - Research Environments Associated with Learning through Social Networks. Our goal is to examine how future science gateways that ...

    • JavaScript grid abstractions 

      von Laszewski, Gregor; Wang, Fugang; Younge, Andrew; Guo, Zhenhua; Pierce, Marlon (Grid Computing Environments (GCE), 2007)
      In this paper, we describe a Grid abstraction framework that allows access to the Grid infrastructure using JavaScript while leveraging the power of current Grid middleware and upperware toolkits such as the Globus ...

    • Kickstarting remote applications 

      Deelman, Ewa; Metha, Gaurang; Vöckler, Jens-S.; Wilde, Mike; Zhao, Yong (2006)
      The kickstart executable is a light-weight program that is distributed as part of the GriPhyN Virtual Data System. It sits in between the remote scheduler and the executable, gathering additional information about the ...

    • Life beyond the browser: The TeraDRE 

      Braun, Dave; Song, Carol; Arns, Laura (Grid Computing Environments (GCE), 2007)
      This paper discusses the development of a multi grid-domain application for users of the Purdue TeraDRE resource. The TeraDRE (Distributed Rendering Environment on the TeraGrid) allows a user to greatly reduce the render ...

    • Multitier portal architecture for thin- and thick-client neutron scattering experiment support 

      Green, Mark; Miller, Stephen (Grid Computing Environments (GCE), 2007)
      Integration of emerging technologies and design patterns into the three-tier client-server architecture is required in order to provide a scalable and flexible architecture for novice to sophisticated portal user groups. ...

    • My WorkSphere: Integrative work environment for grid-unaware biomedical researchers and applications 

      Arzberger, Peter W.; Ding, Zhaohui; Li, Wilfred W.; Luo, Yuan; Misleh, Chris; Tatabe, Osamu; Wei, Xiaohui (2006)
      In order to deliver cyberinfrastructure to the general scientific and biomedical research community, transparent access and ease of use are of critical importance. Applications in systematic modeling of biological processes ...

    • Portal-based support for mental health research 

      Hannaford, Michael; Henskens, Frans; Johnston, Patrick; Paul, David (2006)
      This paper describes experiences with the use of the Globus toolkit and related technologies for development of a secure portal that allows nationally-distributed Australian researchers to share data and application programs. ...

    • Portlets for user centric job and task monitoring for open science grid virtual organizations 

      Alexander, D.; Pundaleeka, R.; Tramer, S.; Lauret, J.; Fine, V. (Grid Computing Environments (GCE), 2007)
      Organizations in the Open Science Grid are motivated to provide services so that individual scientists can effectively execute data analysis jobs and take advantage of Grid resources. For success, these scientists will ...

    • Providing dynamic virtualized access to grid resources via the Web 2.0 paradigm 

      Clementi, Luca; Ding, Zhaohui; Krishnan, Sriram; Wei, Xiaohui; Arzberger, Peter; Li, Wilfred (Grid Computing Environments (GCE), 2007)
      Grid systems provide mechanisms for single sign-on, and uniform APIs for job submission and data transfer, in order to allow the coupling of distributed resources in a seamless manner. However, new users face a daunting ...

    • Python for scientific gateways development 

      Heiland, Randy; Mooney, Sean; Boverhof, Joshua; Jackson, Keith; Swat, Maciek; Balter, Ariel; Christie, Marcus; Insley, Joseph (Grid Computing Environments (GCE), 2007)
      A scientific gateway is an interface that addresses some fundamental needs of a scientific community. This typically involves remote computation and/or data access. The interface might be Web-based or it might be some other ...

    • Real-time storm surge ensemble modeling in a grid environment 

      Blanton, Brian O.; Lander, Howard M.; Luettich, Richard A.; Ramakrishnan, Lavanya; Reed, Daniel A.; Thorpe, Steven R. (2006)
      Natural disasters such as hurricanes heavily impact the US East and Gulf coasts. This creates the need for large scale modeling in the areas of meteorology and ocean sciences, coupled with an integrated environment for ...

    • Science gateways on the TeraGrid: A survey of issues for deployment of community gateway interfaces to shared high-end computing resources 

      Catlett, Charlie; Goasguen, Sebastien; Marsteller, Jim; Martin, Stuart; Middleton, Don; Price, Kevin J.; Shankar, Anurag; Welch, Von; Wilkins-Diehr, Nancy (2006)
      Increasingly, the scientific community has been using web portals and desktop applications to organize their work. The TeraGrid team determined that it would be important to create a set of capabilities that would allow ...

    • Secure federated light-weight web portals for FusionGrid 

      Aswath, D.; Goode, M.; Kim, N.Y.; Lee, X.; Thompson, M. (2006)
      The FusionGrid infrastructure provides a collaborative virtual environment for secure sharing of computation, visualization and data resources over the Internet to support the scientific needs of the US magnetic fusion ...

    • SimpleGrid toolkit: Enabling efficient learning and development of TeraGrid Science Gateway 

      Wang, Shaowen; Liu, Yan; Wilkins-Diehr, Nancy; Martin, Stuart (Grid Computing Environments (GCE), 2007)
      Science gateways have become an important cyberenvironment modality to bridge domain applications and cyberinfrastructure, which is fundamental to make cyberinfrastructure integral and effective to the practice of advancing ...

    • TeraGrid information services 

      Navarro, John-Paul (Grid Computing Environments (GCE), 2007)
      Grids include interconnected hardware components, coordinated software, coordinated (grid) services, and institutions and groups that operate them. To effectively use grids, users need access to information about the ...

    • TeraGrid user portal v1.0: Architecture, design, and technologies 

      Boisseau, Jay; Dahan, Maytal; Roberts, Eric (2006)
      The TeraGrid [1] is a grid computing project for building a world-class comprehensive distributed infrastructure for scientific discovery. TeraGrid comprises many heterogeneous systems that enable high performance computing, ...

    • The Integration of AJAX, interactive X Windows applications and application input generation into the UCLA grid portal 

      Slottow, Joan; Korambath, Prakashan; Jin, Kejian (2007)
      The University of California (UC) has adopted the UCLA Grid Portal (UGP), a Globus Incubator project, to create grids of computational clusters [1] at its campuses. Campus grids can also be accessed system wide via the UC ...