This paper describes a new architecture which addresses Quality of Service (QoS) by
creating unique flows for applications, services, or subnets. A flow is a dedicated and …

Grid economy models have long been considered as a promising alternative for the
classical Grid resource management, due to their dynamic and decentralized nature, and …

Grid technologies have enabled the aggregation of geographically distributed resources in
the context of a particular application. The network remains an important requirement for any …

Grid computing is the key enabling technology to aggregate geographically distributed
resources in the context of a particular application. As Grids are extremely distributed …

With the advent in multicore computers, the scheduling of Grid jobs can be made more
effective if scaled to fully utilize the underlying hardware and parallelized to benefit from the …

Grid applications are increasingly becoming dependent on network resources. Predicted
network throughput is a useful parameter for network-aware scheduling for such …

The aggregation of heterogeneous and geographically distributed resources for new
science and engineering applications has been made possible thanks to the deployment of …

We present a network‐aware HEFT. The original HEFT does not take care of parallel
network flows while designing its schedule for a computational environment where …

The aggregation of geographically distributed resources in the context of a particular
application has been made possible thanks to the deployment of Grid technologies. As Grids …

Grid technologies have enabled the aggregation of geographically distributed resources, in
the context of a particular application. The network remains an important requirement for any …