'Processing nodes' presentation slideshows

Multinode Persistent Sessions: The Sysplex Data Sharing End Game

499 views • 33 slides

Ontogenetic systems

529 views • 32 slides

Distributed I/O with ParaMEDIC : Experiences with a Worldwide Supercomputer

Distributed I/O with ParaMEDIC : Experiences with a Worldwide Supercomputer. P. Balaji , W. Feng , H. Lin, J. Archuleta, S. Matsuoka, A. Warren, J. Setubal, E. Lusk, R. Thakur , I. Foster, D. S. Katz, S. Jha , K. Shinpaugh , S. Coghlan , D. Reed

404 views • 29 slides

Provenance for Generalized Map and Reduce Workflows

382 views • 28 slides

Provenance for Generalized Map and Reduce Workflows

261 views • 26 slides

Ontogenetic systems

394 views • 20 slides

CM-5 Massively Parallel Supercomputer

667 views • 17 slides

M-grid

M-grid. Using Ubiquitous Web Technologies to create a Computational Grid. R J Walters and S Crouch 21 January 2009. Before I start: . How many of you have your laptops with you? Please open a browser and point it at: http://dawkins:8080/mgrid/JobRequest (And press the pause button)

310 views • 16 slides

Joint Architecture Standard

UNCLASSIFIED UNLIMITED RELEASE. Joint Architecture Standard. Quick Start Guide SAND2018-9952 TR. UNCLASSIFIED UNLIMITED RELEASE. UNCLASSIFIED UNLIMITED RELEASE. Objective of this Guide.

176 views • 16 slides

Overview

FPGA-based Modeling of Spatio-temporal Interactive Systems J. Phillips, V. Hariharan, A. Dasu, D. Peak Reconfigurable Computing Group, Utah State University jdphillips@cc.usu.edu, vignesh@cc.usu.edu, dasu@engineering.usu.edu, peakd@cc.usu.edu. Processing Node. Processing Node.

105 views • 1 slides

Overview

FPGA-based Modeling of Spatio-temporal Interactive Systems J. Phillips, V. Hariharan, A. Dasu, D. Peak Reconfigurable Computing Group, Utah State University jdphillips@cc.usu.edu, vignesh@cc.usu.edu, dasu@engineering.usu.edu, peakd@cc.usu.edu. Processing Node. Processing Node.

68 views • 1 slides