Cluster: Różnice pomiędzy wersjami

Aktualna wersja na dzień 10:48, 13 mar 2013

Computer cluster is built of many compute nodes connected by fast communication network, such as Infiniband. Most of currently used supercomputers in the world is built on a cluster architecture, mainly due to a very good relation between price and compute power.

Clusters are great for large distributed computing, where individual application processes don't share memory directly and the problem of communication between them is solved by messages passing mechanisms, such as MPI. Most of modern scientific applications successfully use computer clusters and their scalling is reduced to a simple modification of the program startup options.

In Cyfronet there are currently two supercomputers based on this architecture:

Mars - Cluster built of IBM HS21/HS21XM servers connected by Ethernet
Zeus - Cluster of HP BL2x220c servers connected by Infiniband

Wersja z 08:30, 13 mar 2013 (pokaż źródło) Jacek (dyskusja \| edycje) (Utworzył nową stronę „Computing cluster is built of many compute nodes connected by fast communication network, such as Infiniband. Most of currently used supercomputer...”)		Aktualna wersja na dzień 10:48, 13 mar 2013 (pokaż źródło) Jacek (dyskusja \| edycje)
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−	~~Computing~~ cluster is built of many compute nodes connected by fast communication network, such as [[Infiniband_en.\|Infiniband]]. Most of currently used supercomputers in the world is built on a cluster architecture, mainly due to a very good relation between price and ~~computing~~ power.	+	Computer cluster is built of many compute nodes connected by fast communication network, such as [[Infiniband_en.\|Infiniband]]. Most of currently used supercomputers in the world is built on a cluster architecture, mainly due to a very good relation between price and compute power.

	Clusters are great for large distributed computing, where individual application processes don't share memory directly and the problem of communication between them is solved by messages passing mechanisms, such as [[MPI_en.\|MPI]]. Most of modern scientific applications successfully use computer clusters and their scalling is reduced to a simple modification of the program startup options.		Clusters are great for large distributed computing, where individual application processes don't share memory directly and the problem of communication between them is solved by messages passing mechanisms, such as [[MPI_en.\|MPI]]. Most of modern scientific applications successfully use computer clusters and their scalling is reduced to a simple modification of the program startup options.