BPAR: A Bundle-Based Parallel Aggregation Framework for Decoupled I/O Execution

@article{Wang2014BPARAB,
  title={BPAR: A Bundle-Based Parallel Aggregation Framework for Decoupled I/O Execution},
  author={T. Wang and K. Vasko and Z. Liu and H. Chen and Weikuan Yu},
  journal={2014 International Workshop on Data Intensive Scalable Computing Systems},
  year={2014},
  pages={25-32}
}
  • T. Wang, K. Vasko, +2 authors Weikuan Yu
  • Published 2014
  • Computer Science
  • 2014 International Workshop on Data Intensive Scalable Computing Systems
  • In today's "Big Data" era, developers have adopted I/O techniques such as MPI-IO, Parallel NetCDF and HDF5 to garner enough performance to manage the vast amount of data that scientific applications require. These I/O techniques offer parallel access to shared datasets and together with a set of optimizations such as data sieving and two-phase I/O to boost I/O throughput. While most of these techniques focus on optimizing the access pattern on a single file or file extent, few of these… CONTINUE READING
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