Titlebook: Job Scheduling Strategies for Parallel Processing; 16th International W Walfredo Cirne,Narayan Desai,Uwe Schwiegelshohn Conference proceedi

Breach

執(zhí)拗

Palpitation

Optimal Co-Scheduling to Minimize Makespan on Chip Multiprocessors,minimization (or degradation minimization) problem, revealing these connections as well as significant differences. It uncovers the computational complexity of the makespan minimization problem, and proposes a series of algorithms to either compute or approximate the optimal schedules. It proves tha

Diluge

Evaluating Scalability and Efficiency of the Resource and Job Management System on Large HPC Clustenect topology. Experiments presented in this paper are conducted using both real-scale and emulated supercomputers using synthetic workloads. The synthetic workloads are derived from the ESP benchmark and adapted to the evaluation of the RJMS internals. Emulations of larger supercomputers are perfor

Arbitrary

Partitioned Parallel Job Scheduling for Extreme Scale Computing,sed network communications. Thus, we introduce features that improve communications such as pipelining that leverage the presence of the high speed cluster network. The new system is evaluated for jobs with up to 50K tasks on clusters with 496 nodes and 128 tasks per node. The partitioned scheduling

Default

Identifying Quick Starters: Towards an Integrated Framework for Efficient Predictions of Queue Waitgrated framework that uses the job characteristics, and states of the queue and processor occupancy to identify and predict quick starters, and use the existing strategies to predict jobs with long queue waiting times. Our experiments with different production supercomputer job traces show that our

NIL

Comprehensive Workload Analysis and Modeling of a Petascale Supercomputer,ncellation rate, job termination rate, and walltime request accuracy; 2) temporal characteristics, including monthly machine utilization, job temporal distributions for different time periods, job inter-arrival time between temporally adjacent jobs and jobs submitted by the same user; 3) execution c

epicardium

Walfredo Cirne,Narayan Desai,Uwe SchwiegelshohnUp to date results.Fast track conference proceedings.State of the art research

Antagonist

Lecture Notes in Computer Sciencehttp://image.papertrans.cn/j/image/500971.jpg

信任