Offline computing and networking
This note summarizes the work of the Offline Computing and Networking Group. The report is divided into two sections; the first deals with the computing and networking requirements and the second with the proposed way to satisfy those requirements. In considering the requirements, we have considered two types of computing problems. The first is CPU-intensive activity such as production data analysis (reducing raw data to DST), production Monte Carlo, or engineering calculations. The second is physicist-intensive computing such as program development, hardware design, physics analysis, and detector studies. For both types of computing, we examine a variety of issues. These included a set of quantitative questions: how much CPU power (for turn-around and for through-put), how much memory, mass-storage, bandwidth, and so on. There are also very important qualitative issues: what features must be provided by the operating system, what tools are needed for program design, code management, database management, and for graphics.
Year of publication: |
2008-08-18
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Authors: | Appel, J.A. ; Avery, P. ; Chartrand, G. ; Day, C.T. ; Gaines, I. ; Georgiopoulos, C.H. ; Gilchriese, M.G.D. ; Goldman, H. ; Hoftun, J. ; Linglin, D. |
Subject: | particle accelerators | general and miscellaneous//mathematics, computing, and information science | COMPUTER NETWORKS | SUPERCONDUCTING SUPER COLLIDER | DATA ACQUISITION | DATA ANALYSIS | DESIGN | ENGINEERING | MONTE CARLO METHOD | STORAGE RINGS |
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