Recently, the benefits of co-scheduling several applications have been demonstrated in a
fault-free context, both in terms of performance and energy savings. However, large-scale
computer systems are confronted to frequent failures, and resilience techniques must be
employed to ensure the completion of large applications. Indeed, failures may create severe
imbalance between applications, and significantly degrade performance. In this paper, we
propose to redistribute the resources assigned to each application upon the striking of …

Recently, the benefits of co-scheduling several applications have been demonstrated in a
fault-free context, both in terms of performance and energy savings. However, large-scale
computer systems are confronted to frequent failures, and resilience techniques must be
employed to ensure the completion of large applications. Indeed, failures may create severe
imbalance between applications, and significantly degrade performance. In this paper, we
propose to redistribute the resources assigned to each application upon the striking of …