The analysis of workload traces from real production parallel machines can aid a wide variety of parallel processing research, providing a realistic basis for experimentation in the management of resources over an entire workload. We analyze a five-month workload trace of an Intel Paragon machine supporting a production parallel workload at the San Diego Supercomputer Center (SDSC), comparing and contrasting it with a similar workload study of an Intel iPSC/860 machine at NASA Ames NAS. Our analysis of workload characteristics takes into account the job scheduling policies of the sites and focuses on characteristics such as job size distribution (job parallelism), resource usage, runtimes, submission patterns, and wait times. Despite fundam...
Phenomenal improvements in the computational performance of multiprocessors have not been matched by...
Science is based upon observation. The scientific study of complex computer systems should therefore...
Abstract Workload traces from real computer systems are invaluable for research purposes but regular...
The analysis of workload traces from real production parallel machines can aid a wide variety of par...
Abstract. Statistics of a parallel workload on a 128-node iPSC/860 located at NASA Ames are presente...
grantor: University of TorontoUnderstanding the characteristics of parallel workloads aids...
grantor: University of TorontoUnderstanding the characteristics of parallel workloads aids...
Abstract. The performance of supercomputer schedulers is greatly af-fected by the characteristics of...
Abstract—Performance evaluation is a significant step in the study of scheduling algorithms in large...
Performance evaluation is a significant step in the study of scheduling algorithms in large-scale pa...
This paper presents a comprehensive statistical analysis of a variety of workloads collected on prod...
Performance evaluation is a significant step in the study of scheduling algorithms in large-scale pa...
This paper provides a systematic comparison of various characteristics of computationally-intensive ...
Phenomenal improvements in the computational performance of multiprocessors have not been matched by...
Performance evaluation is a significant step in the study of scheduling algorithms in large-scale pa...
Phenomenal improvements in the computational performance of multiprocessors have not been matched by...
Science is based upon observation. The scientific study of complex computer systems should therefore...
Abstract Workload traces from real computer systems are invaluable for research purposes but regular...
The analysis of workload traces from real production parallel machines can aid a wide variety of par...
Abstract. Statistics of a parallel workload on a 128-node iPSC/860 located at NASA Ames are presente...
grantor: University of TorontoUnderstanding the characteristics of parallel workloads aids...
grantor: University of TorontoUnderstanding the characteristics of parallel workloads aids...
Abstract. The performance of supercomputer schedulers is greatly af-fected by the characteristics of...
Abstract—Performance evaluation is a significant step in the study of scheduling algorithms in large...
Performance evaluation is a significant step in the study of scheduling algorithms in large-scale pa...
This paper presents a comprehensive statistical analysis of a variety of workloads collected on prod...
Performance evaluation is a significant step in the study of scheduling algorithms in large-scale pa...
This paper provides a systematic comparison of various characteristics of computationally-intensive ...
Phenomenal improvements in the computational performance of multiprocessors have not been matched by...
Performance evaluation is a significant step in the study of scheduling algorithms in large-scale pa...
Phenomenal improvements in the computational performance of multiprocessors have not been matched by...
Science is based upon observation. The scientific study of complex computer systems should therefore...
Abstract Workload traces from real computer systems are invaluable for research purposes but regular...