By Jamie Cuticchia, L. Zaifman, S. Wallace, G. Hulbert, G. W. Silk (auth.), Robert D. Kent, Todd W. Sands (eds.)
High functionality Computing platforms and Applications includes totally refereed papers from the fifteenth Annual Symposium on excessive functionality Computing. those papers disguise either basic and utilized issues in HPC: parallel algorithms, dispensed platforms and architectures, disbursed reminiscence and function, excessive point functions, instruments and solvers, numerical tools and simulation, complex computing structures, and the rising region of computational grids.
High functionality Computing platforms and Applications is appropriate as a secondary textual content for graduate point classes, and as a reference for researchers and practitioners in undefined.
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Additional resources for High Performance Computing Systems and Applications
2500 I , 2000 1500 ~ 1000 =fi- j:: 500 o ~- 1 2 3 4 5 6 7 B 9 10 11 12 13 14 15 16 L Figure 1. Execution time performance for (a) lower curve based on sequential FFT, and (b) upper curve based on tuple-in-place sequential FFT. 3.
Telos, New York NY. 1997. B. Wilkinson, M. Allen. Parallel Programming: Techniques and Applications using Networked Workstations and Parallel Computers. Prentice Hall, Upper Saddle River, NJ. 1999. Chapter 13 DESIGN AND PERFORMANCE EVALUATION OF DISTRIBUTED FAST FOURIER TRANSFORM APPROACHES Robert D. 1. We describe aspects of software design and performance evaluation experiments using the Radix-2, or Cooley-Tukey, Fast Fourier transform (FFT) as a typical example of a parallel-sequential algorithm pattern that represents communicating parallel pipelines.
In particular, we expect it to be common for multiple organisations to participate in a single grid, or to coalesce and separate their individual grids as required. We expect several grid infrastructures to co-exist with Legion, for example, Globus [FOST99], Condor [UTZ88], Nimrod [ABR95], NetSolve, etc. Future trends in Legion involve continuation of the research program and commercialisation. As mentioned earlier, Avaki Corporation is commercialising Legion (known as Avaki in that sector). The project at the University of Virginia will continue to explore research issues with grids, such as interoperability with other grid infrastructures, better interfaces for grid administration and diverse security models.
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