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This paper describes a system that enables parallel programs written using the BSPlib communications library to migrate processes among a network of workstations. Not only does the system provide fault tolerance of BSPlib jobs, but by utilising a load manager that maintains an approximation of the global load of the system, it is possible to continually schedule the migration of BSP processes onto the least loaded machines in a network. Results are provided for an industrial electromagnetics application that show that we can achieve similar throughput on a publically available collection of workstations as a dedicated NOW.

Process migration and fault tolerance of BSPlib programs running on networks of workstations