SCHEDULE: NOV 16-22, 2013
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Using Simulation to Explore Distributed Key-Value Stores for Extreme-Scale System Services
SESSION: Fault-Tolerant Computing
EVENT TYPE: Papers
TIME: 2:30PM - 3:00PM
SESSION CHAIR: Pavan Balaji
AUTHOR(S):Ke Wang, Abhishek Kulkarni, Michael Lang, Dorian Arnold, Ioan Raicu
ROOM:201/203
ABSTRACT:
Owing to the significant high rate of component failures at extreme scales, system services will need to be failure-resistant, adaptive and self-healing. A majority of HPC services are still designed around a centralized paradigm and hence are susceptible to scaling issues. Peer-to-peer services have proved themselves at scale for wide-area internet workloads. Distributed key-value stores (KVS) are widely used as a building block for these services, but are not prevalent in HPC services. In this paper, we simulate KVS for various service architectures and examine the design trade-offs as applied to HPC service workloads to support extreme-scale systems. The simulator is validated against existing distributed KVS-based services. Via simulation, we demonstrate how failure, replication, and consistency models affect performance at scale. Finally, we emphasize the general use of KVS to HPC services by feeding real HPC service workloads into the simulator and presenting a KVS-based distributed job launch prototype.
Chair/Author Details:
Pavan Balaji (Chair) - Argonne National Laboratory
Ke Wang - Illinois Institute of Technology
Abhishek Kulkarni - Indiana University
Michael Lang - Los Alamos National Laboratory
Dorian Arnold - University of New Mexico
Ioan Raicu - Illinois Institute of Technology
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The full paper can be found in the ACM Digital Library
