Architecture and performance of dynamic offloading mechanism for maestro2 cluster network
K Aoki, K Wada, H Maruoka, M Ono - Information and Media …, 2007 - jstage.jst.go.jp
K Aoki, K Wada, H Maruoka, M Ono
Information and Media Technologies, 2007•jstage.jst.go.jpIn this paper, an architecture of software environment to offload user-defined software
modules to Maestro2 cluster network, named Maestro dynamic offloading mechanism
(MDO), is described. Maestro2 is a high-performance network for clusters. The network
interface and the switch of Maestro2 have a general-purpose processor tightly coupled with
a dedicated communication hardware. MDO enables the users to offload software modules
to both the network interface and the switch. MDO includes a wrapper library with which …
modules to Maestro2 cluster network, named Maestro dynamic offloading mechanism
(MDO), is described. Maestro2 is a high-performance network for clusters. The network
interface and the switch of Maestro2 have a general-purpose processor tightly coupled with
a dedicated communication hardware. MDO enables the users to offload software modules
to both the network interface and the switch. MDO includes a wrapper library with which …
In this paper, an architecture of software environment to offload user-defined software modules to Maestro2 cluster network, named Maestro dynamic offloading mechanism (MDO), is described. Maestro2 is a high-performance network for clusters. The network interface and the switch of Maestro2 have a general-purpose processor tightly coupled with a dedicated communication hardware. MDO enables the users to offload software modules to both the network interface and the switch. MDO includes a wrapper library with which offload modules can be executed on a host machine without rewriting the program. The overhead and the effectiveness of MDO are evaluated by offloading collective communications.
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