CMS Software Distribution on the LCG and OSG Grids
K. Rabbertz (1), M. Thomas (2), S. Ashby (3), M. Corvo (3, 4), S., Argir\`o (3, 5), N. Darmenov (3, 6), R. Darwish (7), D. Evans (7), B., Holzman (7), N. Ratnikova (7), S. Muzaffar (8), A. Nowack (9), T. Wildish, (10), B. Kim (11), J. Weng (1, 3), V. B\"uge (1, 12) (for the CMS
TL;DR
This paper discusses the CMS experiment's approach to deploying experiment-specific software efficiently across distributed grid resources, highlighting current status and future plans for improvement.
Contribution
It presents the CMS software distribution method on LCG and OSG grids, detailing its implementation, current status, and future enhancement strategies.
Findings
Successful deployment of CMS software across distributed grids.
Identification of current limitations and areas for future improvement.
Enhanced support for Monte-Carlo simulations and data analysis.
Abstract
The efficient exploitation of worldwide distributed storage and computing resources available in the grids require a robust, transparent and fast deployment of experiment specific software. The approach followed by the CMS experiment at CERN in order to enable Monte-Carlo simulations, data analysis and software development in an international collaboration is presented. The current status and future improvement plans are described.
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