Scaling Up Performance of Managed Applications on NUMA Systems
Scaling up the performance of managed applications on Non-Uniform Memory Access (NUMA) architectures has been a challenging task, as it requires a good understanding of the underlying architecture and managed runtime environments (MRE).
Prior work has studied this problem from the scope of specific components of the managed runtimes, such as the Garbage Collectors, as a means to increase the NUMA awareness in MREs.
In this paper, we follow a different approach that complements prior work by studying the behavior of managed applications on NUMA architectures during mutation time.
At first, we perform a characterization study that classifies several Dacapo and Renaissance applications as per their scalability-critical properties.
Based on this study, we propose a novel lightweight mechanism in MREs for optimizing the scalability of managed applications on NUMA systems, in an application-agnostic way.
Our experimental results show that the proposed mechanism can result in relative performance ranging from 0.66x up to 3.29x, with a geometric mean of 1.11x, against a NUMA-agnostic execution.
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|Scaling Up Performance of Managed Applications on NUMA Systems
Orion Papadakis The University of Manchester, Andreas Andronikakis The University of Manchester, Nikos Foutris The University of Manchester, Michail Papadimitriou OctoML, Athanasios Stratikopoulos The University of Manchester, Foivos S. Zakkak Red Hat, Inc., Polychronis Xekalakis Nvidia, Christos Kotselidis Pierer Innovation / The University of Manchester, Foivos S. Zakkak Red Hat, Inc.DOI
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