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Automatic Parallelization using AutoFutures

Automatic Parallelization using AutoFutures
Name:

Konferenzartikel 

Year:

2012 

Author:

Korbinian Molitorisz, Jochen Schimmel, Frank Otto 

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Zusammenfassung

Practically all new computer systems are parallel. The mindsof the majority of software engineers are not, and most of existing sourcecode is still sequential. Within only a few years, multicore processorschanged the system landscape, but the competence to reengineer forcomputer systems of today is shared among a small community of soft-ware engineers.In this paper we present AutoFuture, an approach that automaticallyidentifies parallelizable locations in sequential source code and reengi-neers them for multicore. This approach demands minimal change tosequential source code. AutoFutures make parallel code easy to under-stand and increase the acceptance of parallel software.

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Bibtex

@inproceedings{,
author={Korbinian Molitorisz, Jochen Schimmel, Frank Otto},
title={Automatic Parallelization using AutoFutures},
year=2012,
month=May,
booktitle={International Conference on Multicore Software Engineering, Performance, and Tools (MSEPT'12)},
url={https://ps.ipd.kit.edu/donloads/},
abstract={Practically all new computer systems are parallel. The mindsof the majority of software engineers are not, and most of existing sourcecode is still sequential. Within only a few years, multicore processorschanged the system landscape, but the competence to reengineer forcomputer systems of today is shared among a small community of soft-ware engineers.In this paper we present AutoFuture, an approach that automaticallyidentifies parallelizable locations in sequential source code and reengi-neers them for multicore. This approach demands minimal change tosequential source code. AutoFutures make parallel code easy to under-stand and increase the acceptance of parallel software.},
journal={International Conference on Multicore Software Engineering, Performance, and Tools (MSEPT'12)},