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  1. Proceedings of the Fourth International Workshop on Software Engineering for HPC in Computational Science and Engineering (SE-HPCCSE '16)
  2. Single-sided statistic multiplexed high performance computing
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Towards an empirical study design for concurrent software testing
A case study: test-driven development in a microscopy image-processing project
Computational efficiency vs. maintainability and portability. experiences with the sparse grid code SG++
The scalability-efficiency/maintainability-portability trade-off in simulation software engineering: examples and a preliminary systematic literature review
Single-sided statistic multiplexed high performance computing
Advantages, disadvantages and misunderstandings about document driven design for scientific software
Towards automatic and flexible unit test generation for legacy HPC code
Code complexity versus performance for GPU-accelerated scientific applications

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Single-sided statistic multiplexed high performance computing

Content Provider ACM Digital Library
Abstract For the last three decades, end-to-end computing has been the de facto paradigm for distributed and parallel computing. MPI (Message Passing Interface), RPC (Remote Procedure Call), OpenMP (share memory) and RMI (Remote Method Invocation) are all end-to-end protocols from the same computing paradigm. A myth persisted since 1990's that while the data communication community is well served by the end-to-end protocols, direct use of the end-to-end protocols in distributed computing was considered a fallacy. This paper explores the possibility of acquiring higher performance and better reliability at the same time when expanding the application processing infrastructure by avoiding the well-known fallacy. The key instrument is a single-sided statistic multiplexed computing (SMC) paradigm. It reports a computation performance study for two single-sided SMC prototypes: Synergy and AnkaCom against an MPI application in bare metal HPC environments. Computational experiments confirmed the investigation objectives by exposing the hidden deficiencies of end-to-end computing protocols. Reliability tests are also included.
Starting Page 28
Ending Page 33
Page Count 6
ISBN 9781509052240
DOI 10.1109/SE-HPCCSE.2016.9
Language English
Publisher Association for Computing Machinery (ACM)
Publisher Date 2016-11-13
Access Restriction Subscribed
Content Type Text
Resource Type Article
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