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4por Chytracek, R, Düllmann, D, Frank, M, Girone, M, Govi, G, Moscicki, J T, Papadopoulos, I, Schmücker, H, Karr, K, Malon, D, Vaniachine, A, Tanenbaum, W, Xie, Z, Barrass, T, Cioffi, C“…The pool of persistent objects for LHC (POOL) project, part of the large Hadron collider (LHC) computing grid (LCG), is now entering its third year of active development. …”
Publicado 2005
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8“…This paper describes the extensions to the gssklog and lcmaps packages that make possible the utilization of AFS users as LCMAPS/VOMS pool account users. This work has been performed in the framework of the integration of ENEA-GRID and EGEE infrastructure.…”
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11por Frank, Markus“…The POOL data storage mechanism is intended to satisfy the needs of the LHC experiments to store and analyze the data from the detector response of particle collisions at the LHC proton-proton collider. …”
Publicado 2003
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16“…The POOL data storage mechanism is intended to satisfy the needs of the LHC experiments to store and analyze the data from the detector response of particle collisions at the LHC proton-proton collider. …”
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17por Cioffi, C., Eckmann, S., Malon, D., Vaniachine, A., Girone, M., Schmuecker, H., Wojcieszuk, J., Hrivnac, J., Xie, Z.“…POOL is a hybrid event store consisting of a data streaming layer and a relational layer. …”
Publicado 2003
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19por Chytracek, Radovan, Barrass, Tomothy Adam, Cioffi, Carmine, Düllmann, Dirk, Frank, Markus, Girone, Maria, Govi, Giacomo, Karr, Kristo, Malon, David, Moscicki, Jakub T, Papadopoulos, Ioannis M, Schmücker, H, Tanenbaum, William, Vaniachine, A, Xie Zhen“…The POOL project, as a part of the LHC Computing Grid (LCG), is now entering its third year of active development POOL provides the baseline persistency framework for three LHC experiment and is based on a strict component model, insulating experiment software from a variety of storage technology choices. …”
Publicado 2004
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20por Apyan, A, Badillo, J, Cruz, J Diaz, Gadrat, S, Gutsche, O, Holzman, B, Lahiff, A, Magini, N, Mason, D, Perez, A, Stober, F, Taneja, S, Taze, M, Wissing, C“…Thanks to the high-bandwidth connectivity guaranteed by the LHCOPN, input data can be freely transferred between disk endpoints as needed to take advantage of free CPU, turning the Tier-1s into a large pool of shared resources. The output data can be validated before archiving them permanently, and temporary data formats can be produced without wasting valuable tape resources. …”
Publicado 2015
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