• 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 ...

• 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 ...

• Cyberaide JavaScript: A JavaScript commodity 

  von Laszewski, Gregor; Wang, Fugang; Younge, Andrew; He, Xi; Guo, Zhenhua; Pierce, Marlon (Grid Computing Environments (GCE), 2008)

  In this paper, we describe a service oriented architecture and Grid abstraction framework that allows us to access Grids through JavaScript. Obviously, such a framework integrates well with other Web 2.0 technologies. The ...

• e-Science project and experiment management with Microsoft Project 

  von Laszewski, Gregor; Dilmanian, Leor (Grid Computing Environments (GCE), 2008)

  The design, execution, and monitoring of challenging scientific applications is often a complex affair. To cope with the issue, several tools and frameworks have been designed and put into use. However, the entry barrier ...

• Cloud computing: A Perspective study 

  Wang, Lizhe; von Laszewski, Gregor; Kunze, Marcel; Tao, Jie (Grid Computing Environments (GCE), 2008)

  The Cloud computing emerges as a new computing paradigm which aims to provide reliable, customized and QoS guaranteed dynamic computing environments for end-users. In this paper, we study the Cloud computing paradigm from ...

• The Vine Toolkit 

  Russell, Michael (Grid Computing Environments (GCE), 2007)

  The Vine Toolkit is a modular, extensible Java application and library development framework created by the authors of GridSphere's GridPortlets Project. Vine inherits and improves upon the Resources Model of GridPortlets ...

• 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 ...

• 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. ...

• Enabling user-oriented data access in a satellite data portal 

  Kalyanam, Rajesh; Zhao, Lan; Park, Taezoon; Biehl, Larry; Song, Carol (Grid Computing Environments (GCE), 2007)

  This paper presents the design and implementation of a webenabled platform for enhancing user data access experience in a satellite data portal. The platform integrates a number of useroriented capabilities including the ...

• Towards a rich-context participatory cyberenvironment 

  Liu, Yong; McGrath, Robert; Myers, James; Futrelle, Joe (Grid Computing Environments (GCE), 2007)

  To enable and support innovative research in science and engineering, the next generation Cyberinfrastructure must be able to support collaboration across disciplines and conceptual contexts. At NCSA, we are building ...

• 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 ...

• A Grid authorization model for science gateways 

  Scavo, Tom; Welch, Von (Grid Computing Environments (GCE), 2007)

  Since the number of TeraGrid Science Gateways is expected to grow at least an order of magnitude in the next few years, a lightweight gateway deployment model is sought, one that facilitates growth but meets the security ...

• 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 ...

• Building QuakeSim portlets with GTLAB 

  Nacar, Mehmet; Pierce, Marlon; Donnellan, Andrea; Fox, Geoffrey (Grid Computing Environments (GCE), 2007)

  The QuakeSim portal is a problem solving environment to develop a solid Earth science framework for modeling and understanding earthquakes. In this study, we proposed an evolutionary approach to allow TeraGrid usage in ...

• 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 ...

• 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 ...

• 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 ...

• Creating grid resources for use in undergraduate coursework 

  Huffman, John; Repasky, Richard; Rinkovsky, Joseph (Grid Computing Environments (GCE), 2007)

  Rendered animations are a significant part of many student and research projects being done at Indiana University. Typically the rendering process is very computationally intensive, but it is allocated minimal computing ...

• A Portal based interface for compositing multiple streams of experimental data to video 

  Kutnick, Gilead; McMullen, Donald; Huffman, Kianosh; Ma, Yu (Grid Computing Environments (GCE), 2007)

  As an extension to our work on portals and portlets as user interfaces for remote access to instruments we are developing a set of Web Services to capture and implement tasks in a scientific workflow. The workflow described ...

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