Lyster, P., Bergman, L., Li, P., Stanfill, D., Crippe, B., Blom, R., and Okaya, D. CASA Gigabit Supercomputing Network: CALCRUST Three-Dimensional RealTime Multi-Dataset Rendering. In Proc. Supercomputing'92, Minneapolis, 1992. Home/Search Document Not in Database Summary Related Articles Check |
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Toward a Framework for Preparing and Executing.. - Kennedy, Mazina.. (2002) (10 citations) (Correct)
....poses daunting challenges. Few software tools exist. Our understanding of algorithms and methods is extremely limited. Middleware exists, but its suitability for a broad class of applications remains unconfirmed. Impressive applications have been developed, but only by teams of specialists [3, 4, 5, 6, 8, 9, 11]. Entirely new approaches to software development and programming are required for Grid computing to become broadly accessible to ordinary scientists, engineers, and other problem solvers. In particular, it must be relatively easy to develop new Grid applications. Currently applications are ....
P. Lyster, L. Bergman, P. Li, D. Stanfill, B. Crippe, R. Blom, C. Pardo, and D. Okaya. CASA Gigabit Supercomputing Network: CALCRUST Three-- Dimensional Real--Time Multi--Dataset Rendering}. In Proceedings of Supercomputing '92, Minneapolis, Minnesota, November 1992 (Poster session).
Computational Grids - Foster, Kesselman (1998) (18 citations) (Correct)
....to be many parallels between this control problem and the problem of providing performance guarantees in large scale, dynamic, and heterogeneous computational grid environments. 2 Grid Applications What types of applications will grids be used for Building on experiences in gigabit testbeds [42], 59] the I WAY network [19] and other experimental systems (see Chapter ) we have identified five major application classes for computational grids, listed in Table 1 and described briefly in this section. More details about applications and their technical requirements are provided in the ....
P. Lyster, L. Bergman, P. Li, D. Stanfill, B. Crippe, R. Blom, C. Pardo, and D. Okaya. CASA gigabit supercomputing network: CALCRUST three-dimensional real-time multi-dataset rendering. In Proc. Supercomputing '92, 1992.
The Globus Project: A Status Report - Foster, Kesselman (1998) (109 citations) (Correct)
....reserve to perform time critical computational tasks in times of crisis, for example to perform diverse simulations as we plan responses to an oil spill. In the past, high performance distributed computation has been achieved on a limited scale by heroic e#orts such as the CASA Gigabit testbed [26] and the I WAY [12] The work of ourselves and others on computational grids di#ers from these ground breaking efforts in that we seek to make commonplace the integration of remote resources into a computation. To a large extent, the development of usable computational grids is hindered not by ....
P. Lyster, L. Bergman, P. Li, D. Stanfill, B. Crippe, R. Blom, C. Pardo, and D. Okaya. CASA gigabit supercomputing network: CALCRUST three-dimensional real-time multi-dataset rendering. In Proc. Supercomputing '92, 1992.
The Globus Project: A Status Report - Foster, Kesselman (1998) (109 citations) (Correct)
....reserve to perform time critical computational tasks in times of crisis, for example to perform diverse simulations as we plan responses to an oil spill. In the past, high performance distributed computation has been achieved on a limited scale by heroic e#orts such as the CASA Gigabit testbed [26] and the I WAY [12] The work of ourselves and others on computational grids di#er from these ground breaking e#orts in that we seek to make the integration of remote resources into a computation commonplace. To a large extent, the development of usable computational grids is hindered not by ....
P. Lyster, L. Bergman, P. Li, D. Stanfill, B. Crippe, R. Blom, C. Pardo, and D. Okaya. CASA gigabit supercomputing network: CALCRUST three-dimensional real-time multi-dataset rendering. In Proc. Supercomputing '92, 1992.
Grid Characteristics and Uses: a Grid Definition - Bote-Lorenzo, Dimitriadis.. (Correct)
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Lyster, P., Bergman, L., Li, P., Stanfill, D., Crippe, B., Blom, R., and Okaya, D. CASA Gigabit Supercomputing Network: CALCRUST Three-Dimensional RealTime Multi-Dataset Rendering. In Proc. Supercomputing'92, Minneapolis, 1992.
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